Category Archives: AMH News

Quick ride: Yamaha XT700 Tenere review

t777See also:
Yamaha’s Ténéré travel bikes
Yamaha XScrambleR 700
Yamaha XT660Z Tenere
Africa Twin
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In the UK, July’s ABR show was the only chance to road-test Yamaha’s much-awaited XT700 Tenere before it reached dealers.
As a Tenere rider from the very start, and a fan of Yamaha’s proven CP2 engine from my XSR 700 (below right), I’ve been looking forward to trying the XT7. The show’s timing also allowed a fortnight before a ~3.5% pre-order discount expired, bringing the cost down to £8400.

In a line:
With the irresistible CP2 motor and legendary branding, the new XT700 Tenere will be a hit.

What they say [includes typos]
When you’re riding the new Ténéré 700, your future can be whatever you want it to be. Because this a go-anywhere motorcycle that enables you to live life without limits and experience a new feeling of total freedom.
Driven by a high-torque, 689cc, 2-cylinder engine, equipped with a special optimised transmission that gives you the ideal balance of power and control, this rally-bred long distance adventure bike is built to master a wide range of riding conditions on the dirt
of asphalt.
The compact tubular chassis and slim bodywork offer maximum agility during stand up or sit down riding – and long travel suspension and spoke wheels give you the ability to get to anywhere you want. Just fill up and go! The Next Horizon is Yours.

Engine character and response – it’s perfect
• Fully adjustable, plush suspension
• Pre-load adjustment knob
Weighs 205kg (unverified). Same as my 660Z and less than my CB500X RR
• Flat but grippy textured seat
• Brakes feel good, road or dirt
• Brisk and agile on the road
• A display scroll button now on right bar
• 25,000-mile valve-clearance intervals
• Well set up cockpit
• Centre stand – at least an available option
• OMG – no beak!

• Is it such a bargain? Over £2k more than an MT-07
• At 16-litres, the tank could use a couple more
• Top-heavy at a standstill
• At 34.5″ (875mm), the stock seat is high (there are lowering options).
• Non-adjustable screen
Handguards are all plastic
• Screw-in filler cap
• Tall riders will need bar risers to stand comfortably

Modern bikes from established manufacturers are now predictably brilliant, and recent launch reviews raved about the XT700. No great surprise there; Yamaha took their time getting the new Tenere just right while keeping the price down. We’ve all read or experienced what happens when that doesn’t happen. And like Honda’s Africa Twin of a few years ago, Yamaha chose to dodge a ‘because-we-can’ horsepower and tech-war with the KTM790 Adventure with which the XT7 is being inevitably compared.
The new Tenere shares the same CP2 motor with the MT-07, Tracer tourer and XSR retro. Everything else is new or different. Since being introduced in 2014, all three have combined to make one of the most successful model ranges for Yamaha. By now over 100,000 units have been sold worldwide and the XT700 will add to that figure just a fast as they can bang them out.

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They may have saved time by ignoring electronic aids but, crucially, Yamaha didn’t cut corners on the suspension, which often defines budget Jap bikes these days. And the XT includes one of my favourite gadgets: a 26-click  hydraulic pre-load adjustment knob (PLA; left) on the piggyback shock. It means you don’t have to faff about with C-spanners, or more often, hammers and chisels, to alter preload. It may be right under the mudguard collecting crap off the tyre rather than to one side, but this sort of real-world prioritising speaks to riders like me whose eyesight is now too poor to be dazzled by colourful TFT screens, quick-shifters, cornering ABS, traction- and cruise control plus ESA and over a dozen engine modes. Years of hard-won experience have taught us to simply ride appropriately for the conditions and location, be that negotiating a rainy winter’s rush hour, or off-roading alone in the middle of nowhere (left).

Hook up a throttle cable to a CP2 motor and that’s all the traction control you need.

Indeed – just like the old Tenere singles, many commenters (and they are legion) are citing the XT700’s very simplicity including lack of riding aids, as integral to its appeal. It’s kept costs down, doesn’t radically affect the bike’s day-to-day usability, and is one less thing to light up the dash should the electronics play up.

That leaves ABS, which is now mandatory on all new bikes in the EU. Unlike the list above, it’s a safety feature I welcome, and at a standstill, can be disabled for the dirt. (On loose surfaces ABS can cut in too soon and extend braking distances. You don’t want that, though I’ve found at normal dirt speeds ABS on bikes is rarely a problem.)

My impressions
Compared to the original T7 concept from a bike show back in 2016 (left), the production bike looks as good, but not dazzling. According to a tape measure, it has nearly the same dimensions as an Africa Twin (right); in fact it’s two-inches longer but it sure looks less bulky. (There were loads of ATs at this show. Great to see how popular they’ve become alongside the You Know Whats).

With a 32-inch inseam and workboots, on the standard 875mm-high (34.5″) seat I was able to get my feet flat on the ground, but with little knee-bend to spare. There’s a lowering kit (£228) which includes a link and, combined with a 20-mm fork drop, lowers the seat height substantially to 837mm (32.9″). Plus there’s a higher, rally seat. I noted coming back to the Yamaha stand one normal-sized bloke struggling to manoeuvre his T7 into place; one foot in the air, the other on tiptoe.

I’d definitely consider the lowering kit, even if the seat will probably lose padding and lowering links (‘dogbones’) alter factory-designed suspension geometry. At least the Tenere’s suspension can be easily retuned, should you notice a difference. I also see on this YT video there’s also a two-part seat option (right), and the rear section can be swapped for a rack.

Although the CP2 motor is a slim unit, they’ve maintained that overall impression with a narrow seat and screen. Even the LCD display is in portrait format to suggest lack of width. This is not a wide-arsed GS12 or XT1200Z, and because of that feels less intimidating and more fun to ride on and off road.

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The plain LCD digital dash is a rectangular version of the round unit off my XSR: switchable Imperial/metric speed, gear, fuel and time readouts, plus the same range of seven other metrics in various formats, but with only room to display one at a time. On the MT-07/XSR you reached over and scrolled with a button on the dash. The XT700 has a Select button on the right bar (below) which does the same and so makes it much easier to change the display on the move. Cycling the button seven times hits them all. Neat and simple.

• Ambient temperature (C or F)
• Engine temp
• Average mpg (or other formats)
• Current mpg (ditto)
• Odometer
• Trip
• Another trip?

Up here you also have a power outlet plus a place for another one, and a bar above the display for mounting a navigation aid or even a roadbook at near eye level.

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The CP2 (left) may be narrow, but it’s a tall wet sump motor which makes it less suited to trail bikes in need of ground clearance without getting too top-heavy; there’s a lot of mass above those piston crowns and a fuel tank too. This is partly why four-stroke trail and dirt bikes are traditionally dry sump, with a pump and an oil reservoir fitted somewhere.

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While repairing my XSR I remember wondering if I could have realistically reduced the 3-inch depth of the protruding sump, even though it was fairly well surrounded by the silencer box and header pipes. Some oil volume would have been lost.
On the XT7, under the skimpy 2mm alloy bashplate, it’s the same deep sump, so the longer suspension makes the whole bike top-heavy at parking speeds. It’s nothing new with such bikes, but I did have an … oh shit! moment, lowering the bike onto the stand on an off-camber path to remove dry grass from the hot pipes. It’s a long old way to fall, even at zero mph.

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The narrow but steeply raked screen looked like it should do the job. Housed in the rally-style fairing, you’d also hope that, with four-LEDs plus two smaller day-lights, the headlight set-up (left) will do more than just look good once the sun goes down. Sat on the bike, I liked the high, wide but slim feel and, apart from the saddle height and weight, felt right at home on the XT7.

For a bike carrying the Tenere name of the legendary ‘desert within a desert’, only the modest fuel tank capacity spoils the picture. You imagine a sub-205-kg wet weight by any means possible was locked into the design brief, and the easiest way to play with that is tank volume. It’s only 2 litres bigger than my XSR, but if the XT700 averages the same consumption, that will still add up to a range of 420 km (260 miles), or between 330 and 510 km. Right on target for a travel bike.

One easy way of unobtrusively supplementing fuel range on the XT would be to attach flat fuel containers low down to the accessory engine crash bars (right; another 200 quid). Fyi, the bike I rode had recorded an average of 58mpg / 20.5kpl since the tank had been refilled. Not spectacular.

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T7 test ride

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The 45-minute test ride – part of the Tenere Tour doing Europe at the moment – was an escorted run. This meant little chance to grab good photos. About eight German-registered XT7s were available, all with a few light scrapes from previous test rides. My bike showed 3800 miles on the clock.
You had to book a time allocation. I arrived before the show gates opened and even then, got on the second or third slot that day. I overheard that by the end of Friday the whole weekend had been booked out.

Initially, the route followed a marked grassy trail around the spacious grounds of Ragley Hall, before taking off on a blast around Warwickshire’s lush, midsummer backroads. I was told all these pre-production bikes were all destined for the crusher (a common practice). No chance of getting an ex-test bike cheap. Sad face.

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Tender - 12
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On the trail
Pulling away, who can resist the instantaneous grunt of that CP2 engine, characterised by its 270-° crank timing, (left; more here). In the modern era 270 was first used on Yamaha’s TDM900 but has now become almost ubiquitous on big parallel twins. It’s one of my all-time favourite motors, harking back to my XS650 or of course, your favourite 90-° V-twin, whose firing pulse is replicated by a 270-° P-twin crank, but in a much more compact engine. Thanks to revised injection mapping and a new pipe and air box, the XT7’s added low-down torque was noticeable right away and might even have been described as snatchy. The radiator is a little different, too.

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According to Yamaha specs, the XT700’s 72hp at 9000 rpm is 5% less than the three CP2-engined road bikes, but it has the same 68Nm of torque at 6500rpm. I imagine the XT’s long, rally-style pipe (left) helps deliver that low-down torque, compared to the stumpy XSR/MT-07 silencers (inset).

The way my clutch was adjusted, initially, the unfamiliar bike was a bit of a handful in the slower sections – or maybe it was just a little snatchy at low rpm. This wasn’t helped by the tall first gear and shallow-blocked Pirelli Scorpion Rally do-it-all tyres on the flattened dry grass with all the grip of old lino.

Tubeless spoked rims (as found on the XT1200Z) would have blown the XT700 budget, but I have a hope that the rear rim has safety beads, which make sealing with Airtight or BARTubeless a possibility. On the front that’s less likely, but safety-beaded 21s are available. As it is, a tubeless rear is more useful, as on the road that’s where most flats occur.

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Gearing
Riding along in first hand off the throttle at the 1400rpm tickover, the bike fuelled cleanly but the speedo registered 7mph. As with so many bikes in this category, that’s normal but too fast for trickling uphill round gnarly hairpins without slipping the clutch, though I recall the XSR managing that surprisingly well in Morocco. Problems may occur doing that for too long in hot conditions, but let’s be realistic: this is a 200-kilo bike. Despite the exuberant promo images (left), the elephant in the adventure-motorcycling room is the belief that bikes two or three times the weight of their pilots are manageable on anything more than smooth gravel tracks. For most, they make fun road bikes with a cool, adventuresome image.

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Compared to the MT-07 (and probably XSR), I read here that they’ve added three teeth on the rear sprocket but taken one off the front, ending up with 15/46. That adds up to an identical 0.33 final-drive ratio unless I am very much mistaken, so it may have more to do with chain/swingarm clearance for the longer-travel suspension. It’s actually the taller 18-inch wheel with a 150/70-R18 tyre which increases the overall diameter to raise the gearing. Unless they’ve taken the trouble to modify the internal gear ratios, any mention of ‘… special optimised transmission…’ (as above) is presumably just marketing flannel.

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Sat upright, grappling the wide ‘bars, at least the big trail bike’s commanding seating position makes you feel both in control and nimble; ready to respond with confidence to whatever’s ahead. It’s not a new idea, but squidgy rubber inserts in the footrests (right) also mean you get the benefits of comfort and isolation sitting down, with boot soles compressing the rubber and biting the serrated metal edges when standing up.
Doing this, as expected, I found the fatbars an inch or two too low to stand comfortably (me: 6  foot 1). That can be fixed with Yamaha risers or similar, but I did notice that to get the stock bars up, the rubber-mounted bar mounts (left) are even higher than they were on my XSR. Add some risers and that’s getting on for six inches of leverage on the triple clamp mounts when hammering over rough terrain or when the bike falls over (my XSR ones were bent in the write-off crash).

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2bikes
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This may be a red herring and only relevant to taller riders who expect to need to stand, but it’s a problem I’ve encountered on projects when trying to convert what’s essentially a road bike into an all-road travel bike – particularly when attempting to Tenerise a TDM (right) a few years back. You can’t just fit some apehangers and hope for the best. At the front, the XT700 is still a low-headstock, MT-07/XSR road chassis (more below).

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Who knows what the settings were, but the suspension coped fine on the trail at our modest speeds. It soaked up what few bumps I could find and had it not, there’s preload as well as rebound and compression damping to meddle with. It was hard to make a worthwhile evaluation in our 10 to 15 minutes on the grassy trails, but it’s unlikely the Tenere’s suspension will urgently need the same Rally-Raid treatment which their CB500Xs benefit from. A great motor and good, adjustable suspension is half the battle won.
The brakes too had enough feel plus ABS back-up to inspire confidence and stop you embarrassing yourself. I never knowingly actuated the ABS.
It might be an off-road clearance issue, but Id have prefered a powerful single rotor on the front; it saves weight and worked fine on an NC750X I tried later. The XT660Z single (right) which this bike effectively replaces was unnecessarily lumbered with twin front discs. The front wheel on that thing weighed a ton.

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On the road
Truly, there’s nothing more I need from a motorbike engine apart from 100mpg: smooth, ambrosia-like power delivery right off the throttle, but with that sweet, characterful lumpiness of warm rice pudding and which can never be called harshness or vibration. Just as it was on my XSR. I bet the manual Africa Twin and some Triumph twins are similar – a KTM790 I rode wasn’t, and it’s what’s missing from Honda’s bland CB500X.

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Once on the highway, the escort riders didn’t dawdle unnecessarily and the XT700 took it all in its stride. Potholes and drain covers didn’t faze the springing, the brakes handled sudden bunch-ups well, and the moto just pulled through it all as fast as you wanted to go. I could have kept going all day.
You’re sitting on 200mm or 8 inches of fully adjustable and compliant suspension with USD forks and the PLA on the back. As it’s so easy, I cranked the knob all the way in to 26: the ride was much firmer – ready for some heavy throwovers and a dusty trail. Back at the normal mid-setting, the feel is of being able to hit irregularities with less wincing while – if you know what you’re doing – tuning the damping in both directions as well as easily setting the sag; the vital metric which is more or less 30% of total travel).
Where 60 to 70mph was possible, the blast from the slim screen hit me at nose level but still gave useful protection. I could crouch and get out of the wind, but wearing a Moto III didn’t help the aerodynamics. You’re riding a motorbike; don’t expect a turbulence-free cocoon. Just as since time immemorial, the mirrors shared the rear view with my arms but were blur-free.

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After a while I noticed that the plastic clutch plate and arm cover (right; not present on earlier CP2 bikes) pressed into my right shin – and this was without knee-high boots. Maybe I have fat calves but it was never an issue on the XSR7 and at least two other reviews have mentioned it. I’m not sure what it does – stop boot rubbing? It could be easily removed.

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The stock bashplate (left) is skimpy, but it’s a start. For 200 quid Yamaha do an optional version (right) which better covers the vulnerable water-pump and inlet pipes. These components were good and mashed following a low-side on the written-off XSR I bought. The engine bars pictured far below will work with the standard bashplate.

Revised chassis

The potential of lively owners grabbing big air required a heavily revised frame on the T7.Among other things, on the XSR700 etc, the top of the laid-over shock attaches to a lug on the top of the gearbox casing (above right); an expensive repair if that sheers off during a Great Escape (left). The XT700 has a different linkage for a vertically positioned shock which mounts to a chassis cross-member which is better able to contain shock loads.

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They call it double cradle, but you can clearly see above left, it’s not a closed loop. The new (red) downtubes meet the footrest mounts because, using the same rationale as the shock, a bashplate is better mounted to a chassis than a crankcase.
I didn’t get a chance to remove the seat and panels to eye up the rear subframe, but again, from the image top left you can see the triangulation is much greater, partly because the silencer needs to hang off it. Round the headstock they’ve added additional bracing.
Is that an alloy sidestand? If so I presume it’s solid cast and will be up to supporting the weight of the lent-over loaded bike when oiling the chain or removing the wheel. They do offer an optional centre stand which, having had one for the first time in years on the Himalayan, is a worthwhile redundancy on a travel bike.

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The first batch of XT700s are being assembled in France right now from parts made in Japan. This must mean the MBK Industrie plant in Saint Quentin, south of Lille. A few early-adopters got their pre-orders in July 2019; the rest got them from September onwards when production resumed after the August factory break.
North America gets bikes shipped directly from Japan some time in late 2020 (as will Australiasia and maybe RSA, following late-2019 deliveries from Europe). The official explanation claims it’s: “Due to differing government regulatory standards and factory production line schedules.”
Either way, the wait of a year ought to help eliminate any teething problems, unlikely though they are with the established CP2 engine, at least. And a Japanese-built XT700 might be something to boast about. After all, from 2020 KTM’s similar 790 is said to switch assembly to… O M G.. China!

Summing Up
The XT700 is a hard bike to dislike. It lacks the weight of the 850GS and the added bulk of an Africa Twin, the harshness, racket, blingy complexity and cost of the KTM790R, and the relative blandness and cheap suspension of the CB500X as well as, dare I add, an NC750X. Like the CB-X, it’s a modern-day UJAM, not extreme in any way, be it suspension travel, power delivery, appearance, electronic sophistication or price.
You see reviewers mention ‘only 72hp’ for a 689-cc-engine and you really have to chuckle. It actually makes nearly 15% more power per litre than the 790, if that matters at all, but either way it’ll do 120, cruise comfortably at 80mph, and overtake swiftly uphill and into the wind when needed. How often do you ride much faster, while still being able to hit the trails with confidence?
I came to this test ride fully expecting to love the new Tenere – a bike I tried to emulate two years ago with my XSR Scrambler which, along with the Himalayan, was one of the most enjoyable rides I’ve had in years.
I was even considering buying a T7 after the test, with all the risks of delayed delivery, teething problems and depreciation. For the price and the weight, nothing else new in the table below comes close once you factor in its genuine off-road ability for its class. But I’ve not bought a new bike in the UK for nearly 40 years; to me it’s just too extravagant with so much good nearly as good used stuff out there. In a way, knowing that it all turned out well for the XT700 is good enough for me. For the sort of riding I still aspire to, I’d be more comfortable with something a bit lower and lighter.


If not an XT700 then…
The man from Honda hinted an 1100 was in the AT pipeline, but right now CRF1000L Africa Twins with about 10,000 miles are going for under £7k. I know, I bought one later. That’s a similarly grunty 270-degree twin (with a DCT option), but in a bigger bike with a lot more weight. BMWs hold their value annoyingly well; used year-old 850GSs with KTM-like tech, tubeless wheels but an AT’s weight currently start at £9k. Meanwhile, there are Rally Raid CB500Xs going from £4300, plain, old-model high-milers from under three grand and 2019 CB-Xs with the desirable 19-inch fronts from just £5200.

A manual AT is 240+ kg


The XT700’s profile and price is pitched midway between the ultra-accessible CB500X and ageing V-Strom, the bulkier Africa Twin and the 790 Adventures and BMs. Even if dynamically you’d assume the 790s must be better out of the crate for hard off-roading (I did try one; not for me), realistically any 200+kg bike can only be exploited by a skilled and fit rider. With talk of a bigger AT, people are wondering if a 7-850cc Africa Twin might spin off from that. Until (or if) that ever happens, the XT700 will have a well-deserved market niche all to itself.

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Olympus TG5 – the ‘Top Gear Hilux’ of cameras

Dropped and bouncing the desert highway like a tumbleweed, submerged unnoticed in a Scottish burn, like the unkillable TG Hilux, my Olympus TG never stopped working.

You’ll have read it again and again: the best camera is one you can whip out and shoot off in a jiffy. On a bike, that won’t be a bulky 3/4 mirrorless or DSLR stuck in the tankbag. It’ll be a back-up P&S in a quick-access chest pocket or mounted on your belt or daypack strap. The exposure of bike riding means it wants to be weatherproofed if it’s going to last, chiefly against dust, but if you can use it in the pouring rain, so much the better.

For this waterproof ‘diving’ P&S cameras with an enclosed lens are ideal. Rain, shine or sandstorm, you never have to worry about missing a shot or ruining the camera, and the sealed lens – tiny though it is – is protected. Over the years, along with lots of blurred rubbish, I’ve grabbed many great, one-handed shots while riding with such cameras. With it tethered to you (as right) or attached via a neck strap, just pull it out, switch it on (thin or finger-chopped gloves help), Point & Shoot. Switch off and re-pocket.

I used Panasonic’s Lumix FT2 ‘wet’ cameras for 13 years or more, a simple, slim, one-handed, all-weather P&S which didn’t have to be mollycoddled. In 2011 we even used them to make a packrafting movie. Later models seemed to lose the functionality of the FT2 so as mine died or sank, I replaced them with used ebay cheapies until they got too hard to find.

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Desert, pocket or sea, I’ve always liked the Lumix range’s preference for a wider 24mm-ish lens. Ridiculous zoom levels are far less important because with the tiny lens, picture quality dives. But after a really old FT1 burner unsurprisingly failed to survive a few minutes of snorkelling, I decided to try a used Olympus TG-5 (left) recommended by some paddleboarding bikers on one of my tours.
The Olympus TG-5 and Panasonic FT7 (right) got rated as the best waterproof cameras you can buy but they seem expensive for what they are. And when you consider the tiny zoom lens tucked inside the inch-thick body you’d think you’re never going to get great shots, especially in low light or at full zoom. That is true, but give them some good light and the results can be nearly as good as an iPhone 99!

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Over exposure
My old FTs always needed to be tricked into slightly lower (correct) exposures by half-clicking on the sky, pulling down and composing a landscape shot before full-clicking. It was only when I got a Lumix LX100 a few years back that I realised
a: how handy an EV Comp dial (right) can be; I use it on almost every shot (usually to under-expose a bit) and
b: how relatively crappy some of my FT pics were. My photos improved greatly with the LX and I used the FT less and less.

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With all the essential controls – actual buttons and levers on the body, not buried in a digital menu – the compact LX was very nice to handle, but wasn’t really suited to ride-by one-handers or paddling. Like all such cameras with extending lenses, each time you turn it on the lens sucks in dust which eventually gets on the sensor and appears as marks or smudges on most images. It drove some LX owner-reviewers nuts, though it’s far from unique to this model. You can’t easily reach the sensor as you can on a mirrorless camera, even if the marks can easily be erased in iPhoto. But here’s a great trick: zoom in and out as you hoover the lens via a bottle (left). It really works.

After a few years of mostly desert trips my LX dials got grittier and grittier, and the deployment of the lens and the zoom got slower and slower. Eventually, it needed a tug to extend fully and a push to retract. The 2018 LX100 II got some improvements, but sadly weather-sealing wasn’t one of them, so I flogged my crunchy LX before it seized completely and bought a slightly larger but weather-sealed Sony 6300 mirrorless (here’s a great list of similar cameras) which, with a 24-105 Zeiss lens I’ve started using more and more. But it’s not pocketable, is heavy at 800g with the tele, and that lens is not sealed so dust still gets to the sensor every few days in the desert. The great thing is, it’s easy to remove with the lens removed.

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Back to the TG-5. Watching one of the vids below I learned an unmarked control dial in the same, top-right position can work as an EV Comp dial. That alone is worth the price of the camera. No more point to the sky to expose correctly.
Having even been inspired to RTFM, I now realise the TG-5 is actually much closer in quality to the LX than I realised, not least in terms of the staggering number of things it can do – most of which go way over my head.

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For riding, you can easily screw on a clear filter over the lens window to stop it getting scratched. It may not show up on photos, but a filter is easily wiped by a cuff or replaced for a few quid. To mount it you need the Olympus CLA-T01 adapter (£20; or a £6 JJC knock-off; right) to which you then screw in a regular 40.5mm filter: UV, polarised, whatever (left). Add a piece of screen guard over the LCD and the Olympus Tough can now be treated Olympus Rough, with both screen guard and UV filter being inexpensively replaceable.

Note: towards the end of my TG’s life I dispensed with the 40-mm filter to make it slimmer in the pocket. Within a few months the stock built-in lens cover glass/plastic (left) had become scratched to the point of ruining pictures and finally finished off the still-working camera for me. Moral: fit a quality UV lens filter; the stock cover is not up to it.

I used the TG for a month in Morocco on my Himalayan and again in November loved the Mr-Whippy-like accessibility. It too has a wide 24mm so you know you’ll shoot something, and closing the EV Comp down to -0.7 means great exposures. On very bright days -1.

It also has an easy to use custom self-timer, a blessing for us adventure-riding singletons. Normally I’ve had to settle for 3-shots-at-10 seconds, or simply shoot video and extract a cruddy still or a more complicated 4k. On the TG you press the sequential shooting dial and set: delay time, # of frames and shooting interval. With this I was able to grab some of the key riding shots which magazines require. (Even my Sony hasn’t got as good timer options.) At 4000px width resolution, that’s enough for a magazine full pager. And when shooting others, the 20fps burst speed is staggering. And all this without having to fuss about knocking the lens, dropping the camera or crap getting in it.

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The battery is a slim 1270Ah which still did masses of shots – a week or more – and can be charged in the camera which means one less thing to carry. But for 20 quid I bought 3 clone batteries plus a travel-friendly USB- (right) charger, which will work off a laptop, battery pack, USB wall plug or a solar panel. I’ve hardly used them.
I always use a tether while riding, but one time in Morocco the chunky red Olympus strap unknowingly came undone just as I chose to let it go… It should have dangled from my wrist but instead fell on the road and tumbled along. I swung back expecting the worst but, apart from a small hole bashed through in one corner, it still worked fine! Its snorkelling days may be over before they began, but that was amazing. A bit of duct tape kept the dust out of the hole. Focus remained sharp. Another time it quietly fell out of my pocket while sat on a slatted footbridge in Knoydart and dropped 10 feet into a stream while I watched my stove boil. I fished it out and removed the card and batt but slowly the functions died off as water seeped through and I thought that was it. Back home I bought another immediately but before that even arrived the dunked TG had dried out and recovered fully! Stick that in your tractor shed, Jeremy Clarkson!

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Once I’d have said GPS position, elevation and a compass in a camera were gimmicks. Now I’d admit they add some redundancy when a proper GPS unit goes flat. The Olympus accesses this data with a simple press of the Info button with the camera off (left). Up it comes for 10 secs, north by northwest. The TG-5 also takes great pictures.

tikEasy to turn on and zoom one-handed
EV Comp dial in the usual position
Battery charges in the camera
Spare 3rd-party batteries from £4; USB charger from £8
Good hand grip
Rated at 15m of water so ought to survive some splashes
Slim and light (260g with chunky wrist strap)
GPS, elevation, compass, and even a tracking app, with the camera off
Easy to access and configure custom self-timer
Red; easy to find on the river bed or by the roadside
Now used from £150

cros A baffling new menu to master – sigh
LCD text is a bit small
Wrist strap undoes itself in the wind
Stock lens cover is scratch prone
Annoying ‘OLYMPUS DIGITAL CAMERA’ meta data needs to be manually removed
Discontinued by Olympus – current TG6 at 400 quid.

Himalayan 410: 4000-mile review

Himalayan 410 Index Page
2025 Himalayan 450 3000km review

Updated January 2024

Him4k - 9

In a line:
Didn’t miss a beat over a month; no one was more surprised than me.

• At £4000, with the stock equipment it [was] a bargain. (Now £5050).
Low, 800mm seat – at last a travel bike not limited to tall people
• Enfield build quality stood up to it
• Efi motor pulled smoothly up to 3000m (nearly 10,000′)
• Michelin Anakee Wilds (run tubeless) – great do-it-all tyres
• Low CoG and 21-front make it agile on the dirt
• Rear YSS shock showed up the harsh forks
• Yes it’s 190kg, but road and trail, it carries it well (or low)
• Subframe easily sturdy enough for RTW load carrying
• Economy went up and up: averaged 78 mpg (65 US; 27.6kpl; 3.62L/100k)
• 400km range from the 15-litre tank – about 250 miles

Valves need checking every 3000 miles – not practical
• Weak front brake on the road (sintered pads are a fix)
• As a result, front ABS is a bit docile
• Stock seat foam way too soft for my bulk
Tubliss core failed on the front; replaced with inner tube
Centre stand hangs low – but can be raised
• Small digit dash data hard to read at a glance
Compass always out – a gimmick
Head bearings notchy at 4000 miles, despite regressing @ 1200 (replaced on warranty @ 5000)

Him4k - 11

Review
Following a test ride, I bought a used Himalayan with just under 1000 miles. And following the make-over detailed here (summarised in the image below) I picked it up in southern Spain with 1300 miles on the clock. So, like many of my crudely adapted project bikes, I’d barely ridden the thing or tested the modifications. With a Royal Enfield this did feel a bit more of a gamble than usual and, on collection near Malaga I was all prepared for the worst.

himlabels

Far from it. The Him started on the button, ticked-over like a diesel, and after the ferry crossing and fighting the usual headwind gale down the Atlantic motorway, I arrived at a cushy hilltop lodge near Asilah feeling moderately hopeful, while still braced for a kick in the nuts somewhere down the road.
Riding an untried, near-new machine, saddled with Enfield’s possibly outdated reputation for reliability led to stressful days, waiting for something to play up, either with the bike or with my mods. I had the same feeling with BMW’s XCountry years ago. But riding my first piste: the lovely Assif Melloul gorge route out of Anergui  inspired confidence. The low-slung weight and chuggy motor made this a great trail bike!

OLYMPUS DIGITAL CAMERA

Engine and transmission
Much is made of the 410LS’s meagre 24hp (or even 22) because we’re so used to bikes delivering over 100hp per litre. Don’t forget Honda’s ill-concieved CRF450L makes about the same. It’s when you combine 24hp with the strapping 190-kilo wet weight you’d think it can’t possibly work. Yet it does – and in a way that you won’t find on a similar powered and much lighter 250 trail bike like the WR250R, KLX250S, CRF250L or 300L which I’ve also used, as well as a 310GS. I prefered riding my REH to all of them.
It must be down to the way the long-stroke, low compression, two-valve motor delivers it’s modest power, like something from the apogee of Brit biking half a century ago, but without a millstone for a flywheel, it revs more freely. The Himalayan may have the power of a CRF250L, but it has the torque of an XR400: 32Nm at 4250rpm (1150 lower than the XR). Combined with counter balancer and unexpected refinement, despite wide gearing it’s a very satisfying bike to ride. It won’t hurl you from bend to bend, it just chugs along steadily but without the sensation that you’re missing out or grossly under powered. The key is to maintain smooth momentum which is very much the riding style I aspire to. It’s an easy bike to enjoy on the empty roads and even emptier trails of southern Morocco. Duelling with congested traffic or tackling busy alpine passes may not be such fun.

OLYMPUS DIGITAL CAMERA
him-temp

Until the end of my trip – by which time the valves were technically well overdue for adjustment – it started on the button without the ‘choke’, ticked over once warmed up (probably needs adjustment too) and fuelled cleanly up to 5000rpm and nearly 10,000 feet (3000m).

OLYMPUS DIGITAL CAMERA

A lot of it must be down to accepting the Himalayan for what it is, but there was never a moment on my ride when I thought ‘FFS! I wish this thing had more poke’. I tried some super grade fuel in Morocco but didn’t notice the difference that some claim (I know in the US fuel octane varies widely). However, once back on Spanish fuel, it did seem faster and smoother, or maybe I was just rushing for the finish line.
One thing the Trail Tech temperature sensor did highlight was how hot the air-cooled engine runs – up to 240°C at higher revs with a load on. Note I say ‘hot’, not over-heating. On my bike it’s reading from the spark plug, about as hot as it gets in there. Running down hill it might drop to 160°C or so. Either way, especially with an air-cooled motor, it’s good to know how hard the engine is working and when it may be time to back off.
Oil consumption was zero up to a pre-emptive oil change at 3000 miles. Straight 50W Moroccan was all they had (a bit thicker; better for hot weather) and I had the feeling consumption increased briefly after that, maybe 200ml in 2000 miles, but then it stopped.
The gearbox is a lot less clunky than some. Originally, I thought first gear would be too tall off road (a common complaint I have) but, helped by the low-down torque, it’s well matched to the Himalayan’s modest trail biking abilities which are governed mainly by its weight. One time in deep soft sand, the gearing was too tall to move the bike forward – the chain jumped on the front sprocket instead (see below).
The chain had a hard time in Morocco: conditions too gritty to lube most of the time. On longer road stretches I hand-lubed with a toothbrush from small bottle of Tutoro oil. As a result I adjusted it three times in 4000 miles –  more than normal, even for a stock chain. Again, you have to assume the stock chain was chosen for its price, not quality, but with a bit more care and lube it should last 8000 miles.

himyss

Suspension
Normally the suspension is where a budget bike shows its limits once pushed on rough roads and trails, with heavy loads. Plus I tend to leave my tyres at road pressures unless absolutely necessary, so as a result off-road the my suspension can feel harsher than it could be.

him-yss-fork

On the rear there’s only preload adjustment and nothing on the front, but the Himalayan surprised me with firm suspension. Before I realised this, I’d fitted some inexpensive fork preload caps, (set at zero), and a YSS shock that had 1cm of length adjustment and 35 clicks of rebound damping. I had the YSS fitted on the settings out of the box (more here) which worked fine once loaded up and on the dirt. At one point in Morocco I screwed the rebound in 4 clicks (more rebound?) but can’t say I noticed any difference.
Overall, I suspect the stock shock (inset above) would have been OK, but you have to assume the YSS is an improvement because there’s more adjustment and it’s red. It certainly felt better than a twice-as-expensive Wilbers on the XSR last year. Over the trip it loosened up a bit and bottomed out maybe once.
If anything the front forks are now shown up by the YSS. YSS do offer a fork kit but in the UK it’s £330 (though it seems you can buy springs plus the emulators for half that). Bottom line: no great need to meddle with the stock suspension for normal riding.

Him4k - 13

Economy
It seems that even at 1300 miles the air-cooled REH was still running in. As I added the miles the economy improved, eventually averaging 78.7mpg (27.8kpl; 65US). With the 15-litre tank that’s an ideal range of just over 400km. Riding with some 310GSs for a week, my mpg was near identical to the more powerful and lighter BMWs. The gauge on the tank is pessimistic and the warning light plus a trip reset comes on with a good 100km left. Hot, cold, high, low, the fueling itself was glitch-free. Fuel consumption data here.

himr-filler
himslabs
himcoolcov

Comfort
Thanks to a counter-balanced and non-ginormous capacity, the REH is very smooth for a single. I did feel some tingling in my right hand after hours at the bars which could have been from over-gripping a heavy throttle. I’d have used my throttle handrest had I remembered it.
One of the best things about the Himalayan is the low seat of 800mm or 31.5 inches. At 6′ 1″, it’s actually a bit too low for me, especially once my mass sinks down through the soft foam, but at last there’s a travel bike which isn’t limited to tall people, while still having useful ground clearance. It never scraped out on the dirt
I needed more height with firmer foam, inexpensively achieved with a couple of 20mm neoprene slabs under a Cool Cover. It enabled 500-km days with few stops, but on rough tracks still gave soreness, probably because I wasn’t standing up or letting the tyres down enough. I also thought the seat could do with levelling out to stop me sliding forward on the slippery, aerated Cool Cover.
My seat bodge was not a night-and-day transformation, but by the end of my trip it didn’t cause any discomfort over long days on the road. I’m less convinced now that I need to improve it some more.
The 50mm bar risers managed to not snag the screen on full lock and nearly reduced my stooping when standing up – another inch would have done it. I might have cured that stoop by removing the footrest rubbers, but to be honest I liked the comfort when standing (in ordinary slip-on Blunnies). Otherwise, for wet conditions, consider fitting wider footrests if you’re off-roading. I hear DR650 pegs nearly fit.

Him4k - 10
Some say it will clock 80 but I set myself a self-imposed cruising limit of around 65mph (where possible). At this speed the screen did a pretty good job, even with my wind-catching Bell Moto III helmet. Others claim the mirrors create turbulence and are better moved or changed. I suppose this is possible but that complaint is a new one on me. Let’s face it: it’s a motorbike out in the wind, not a space capsule. Some turbulence will be evident.

On the dirt
The Him took to the dirt so naturally, I didn’t even notice it at first. The key attributes must be the Michelin tyres, low seat and firm suspension. The 21-inch front wheel must help too, as does the torquey motor, getting round the wide gearing. And the otherwise ordinary brakes are just right on the dirt.
The Him is a plodder, but then so am I. You won’t be pulling wheelies, launching off jumps or bouncing off berms. For that the bike is just too heavy and low-powered. It’s a travel bike, not a dirt bike and in all the miles I never ever had a sketchy moment on the dirt, nor wished the bike was something else.
I reached the Himalayan’s limit in the sandy gorge on Route MW6/7 in Western Sahara – same place I’d struggled with the WR two years earlier. This time I traced a better route along the valley but the flooded waterhole was now a dry mass of deep sandy ruts in which the Himalayan would bog down for sure. I aired down, pushed around the side in first gear, but stopped once the chain jumped on the front sprocket from the strain: the torque had got the better of the weight, tall gearing and deep sand. The Himalayan doesn’t have the agility or power to handle deep soft sand – for that you want an unloaded KTM 450.

Him4k - 4

Durability and problems
It’s a short list. Apart from what’s below, nothing broke or even came loose, but I’ve not seen the bike since I left it at Malaga. A closer inspection may reveal more.

Stock bike
• Head bearings got notchy by 4000 miles, despite regreasing
• Chain needed adjustment every 1000 miles
• Exhaust guards dented
My mods
• Tubliss core leaked around valve stem, then packed up
Michelin TPMS packed up – twice

Summary
The Himalayan is a unique all-road travel bike, one that not only looks fit for the job as many adv bikes do – but that’s actually equipped for it and performs well, too. You might not think 24hp and 190 kilos (420 lbs) adds up, and for some it won’t. But for your £4000 or $4500 you get a lot of kit that’s no found on similar bikes. Don’t dismiss it as a shoddily assembled Asian cheapie, or anything to do with the Bullets. The bike has caught on, and in western markets the demand for the BS4 has outstripped importers’ expectations. If you’re curious like I was, try one. You might also be surprised.

Him4k - 5

Tested: Michelin Anakee Wild review

Supplied by Michelin for review

MichelinAnakeeWild
HimBikespread

Michelin’s Anakee Wild came out in 2016, replacing the venerable T63 which we used on Desert Riders in 2003 (with similar patterned Mich Deserts on the rear).
Since then, adventure motorcycling – aka: touring on big trail bikes – has become a thing. The Wilds address the need to give heavier, more powerful machines some genuine off-road ability – or looks – without resorting to expensive competition tyres like the famous Dakar-inspired Michelin Desert.
I ran these Anakee Wilds tubeless in Morocco and Western Sahara on my Enfield Himalayan130/80-17 M/C 65R TL on the back on a wider, sealed Excel rim, and a 90/90-21 M/C 54R TL on the front, initially with a Tubliss core, then tubed. Both wheels were initially Slimed, too. Best price new in the UK is £85 for the rear and £66 for the front.
Unlike some new knobbly-ish tyres, on my Himalayan the Wilds rode and cornered normally from new, with no odd, K60-like squirming until bedded in. With the aid of Michelin’s new TPMS, I ran them at around 28 psi or 2 bar, dropping only a couple of pounds for long, multi-day off-road stages.

michwild

Let’s face it, there’s no great mystery in tread patterns – you can see the Wilds will work well on loose surfaces, while the shallow knobs won’t flex disconcertingly on the road. The Himalayan may be heavy for what it is, but it hasn’t got the power to put these Anakees in a spin. On good mountain roads I pretty much forgot about the reduced contact surface of the knobs and was able to swing through the bends up to the point of grounding the centre stand or the soles of my boots. They never budged.
On the dirt it was the same feeling of reassurance tempered by a riding style aware of where I was (when riding alone). The Anakees never made any unpredictable moves, just bit down through the gravel and grit to help make the Enfield easy to manage.
Perhaps the tyres’ biggest test was having to ride 250 clicks on a flat front when the Tubliss core packed up irreparably in the desert. To be fair the punctured core helped keep the tyre on the rim, making straight-line riding easy. But to keep the tyre from over-heating I kept the speed down to 30mph. I’m not so sure a non-premium brand tyre would have survived such use so well. It also suggests that the firmer carcass of a TL tyre is more robust, even if it weighs substantially more than a tube type tyre. On a long rugged ride with a heavy, tubed bike like a one-litre Africa Twin, there may be something to be said for running a heavy TL tyre, even with inner tubes. The extra meat will provide added protection against flats.

mich-layoo

I did experience one flat on the front while running a cheap, paper-thin tube. I get the feeling a rocky off-road stage may have benefitted from slightly reduced tyre pressures to allow the tyre to form around the sharp stones, rather than press hard into them. It did seem to be a genuine puncture, not a result of hasty kerbside mounting (above), remnants of Slime or a duct tape rim liner. The rear also picked up a nail early on between the knobs, but I’ve left it there.
By the end of the 3,700-mile trip, the last week guiding a tour of mostly 310GSs, the back had 5mm in the centre of the tread and the front a few mils more. It suggests at least 5000 miles from a rear with about 30% off-road use. As the miles have passed it feels like the smooth, stable edge has come off the ride in corners – normal with any ¾ worn tyre I’ve found – but the front knobs have no evidence of vibration-inducing cupping. The Himalayan’s front brake hasn’t got the bite to achieve that. The Anakee Wild is a harder-wearing 60/40 tyre than the ubiquitous, soft and similarly all-road performing Conti TKC80.

mich-ender

Tested: Michelin TPMS review

Product withdrawn

After problems with the original 2019 kits (explained below), Fit2Go (who sold the Michelin branded product) updated their TPMS software for 2020. They also redesigned the magnetic mounting following negative reviews on amazon. In 4000 miles of riding on and off road, the magnetic fitting wasn’t a problem for me.
I tried the seemingly identical Mk2 version in March 2020. See pros and cons, below.

Update Summer 2023: UK Michelin no longer list TPMS for bikes and the Fit2Go page says a new version is due in 2023 after the original Michelin branded product was discontinued following scathing reviews.

michelin-tpms

Tested: Michelin TPMS (tyre pressure management system)

Where: Spain and Morocco 2019 and again in 2020 and 2021

Cost: £80 (kits suppled free by Michelin for review)

Weight: Negligible

In a line: Once you discover TPMS there’s no going back. (More here)


michtpms1

What they said
Introducing our first tyre pressure monitoring system (TPMS) for motorcycles, mopeds, scooters and all two-wheel modes of transport – bringing new levels of safety to riders for whom tyre condition is paramount.
MICHELIN TPMS – Bike detects a tyre in distress through loss of pressure, fast leakage or an increase in temperature – often the sign of an impending blowout. Its compact display flashes as brightly as a mobile phone torch if it detects an issue, plus identifies whether it is the front or rear tyre affected.
Our patented solution can be fitted in less than two minutes, bringing the same direct TPMS technology already proven in the passenger car and van markets to two-wheels for the first time.

This wireless system needs no programming and features a compact LCD screen which fits into a magnetic mount placed on a prominent part of the bike. The fully sealed and buttonless device can be quickly removed for security and is small enough to fit in a pocket. The display offers a battery life of up to three months, with the USB-powered inductive charger making it simple to top-up.
Once fitted, the unit displays the pressure of both tyres, in either psi or bar, toggling between the front and rear at set intervals.
Riders will see a low-pressure warning if a tyre becomes under-inflated by 15%, an enhanced alert when the pressure either drops by 25%, or if over-inflated by 35% or more. There are also alerts for high tyre temperatures or fast leakage (at least 2 psi per minute).

What I think:

tik

• Real-time tyre pressure data at last
• USB rechargeable – should last a couple of months
• No hard-wiring so fits in a couple of minutes
• Magnetic retaining dish secure off road
• Reads bar or psi
• Rated up to 7.5 bar (100psi+)
• Various warning displays
• Mk2 2020 kit paired up fast and worked seamlessly

cros

• In 2019 original and replacement units played up after a few days (see below)
• Doesn’t live-read from a static start (e.g.: overnight). Wheels need to turn first
• Expensive at £80, but there are both less elegant kits and pricier kits out there
• Green/yellow on black background hard to read unless under your nose
• Valve-cap lock-nuts complicate tool-free topping up of air
• The valve caps can be too shallow (not enough threads to grip the valve body)
• On the 2020 version the F&R display interval was too slow for a quick glance

Review
There are some metrics I like to know while riding: speed, engine temperature, fuel level are the obvious ones.
Now wireless technology has enabled inexpensive TPMS kits to display live tyre pressure readings, too. This is something that’s really useful to.

tpmsp1

I only realised how much I missed my Michelin TPMS kits once they both packed up mysteriously after a few days in Morocco.
A few days later I hit Tubliss tyre troubles in the middle of the desert. Luckily I wasn’t alone, there was a road 25kms back, and I was able to ride on the flat tyre slowly for hours to the coast and fit an inner tube. But being forewarned of low pressures or other tyre anomalies is what TPMS is all about.
I headed back north and a day or two later the tube slow punctured, then went suddenly after a dirt road short-cut pushed it over the edge. This time I couldn’t ride the collapsed tyre ten feet. Cue more laborious roadside repairs. This is why we like tubeless.
Because you never, ever get just a single puncture, I’d wisely bought a spare tube and was back on the road in 40 sweaty minutes. But especially with a slow puncture, with a TPMS I’d have been aware of it much earlier.

michtpms1
Lock nut is a faff

Michelin TPMS
The Michelin kit was made by Fit2Go TPMS, an official global licensee of Michelin. It was composed of two over-sized valve caps marked F and R. You screw them on finger tight to the appropriate wheel and lock them off with a valve stem nut (yellow tool and nuts supplied; left). The round display module sits in a stick-on magnetic dish fitted wherever suits your eyeline and an appropriate surface. Putting the module in the dish activates the display: usually battery level (said to last for 3 months) plus front and rear pressures which flash up alternatively every few seconds. You may not get a pressure reading until the wheels are turning. There are no buttons or switches; place the module in and out of the dish three times and the display changes between bar and psi, though it may take a few minutes to read.

Playing up
The first kit I had was fully charged by me, but on fitting in Spain took many hours of riding to pair up and show pressure readings. That would be inconvenient if you regularly removed the module to save it getting pinched. Once things worked, I left it in place. (As I was only out for a month, I’d not brought the USB recharge dish.) Fitted flat like a plate on a table, it didn’t budge on rough tracks but was hard to read at a glance; at an angle like the bike’s clocks would be better, and probably still secure. Or there’s always the tank bag. I’d also find black digits on a light background easier to read – like my Trail Tech temperature gauge, below right. Ten days in, after briefly removing it, the module went blank.
A replacement kit was brought out to Morocco, appeared to show a nearly full charge, and this time paired up in seconds and flipped to psi with no bother. But it also went blank after just five days. Neither unit was more than half discharged. I decided to put the original unit into the USB recharging dish from the replacement kit on the off chance, and it responded by charging from ¾ full (as it had been when it went blank). After just half an hour it was fully charged. Back on the bike it showed pressures in the original bar, and on changing to my preferred psi, displayed that too after about 20 minutes of being blank.
This suggests the display modules might discharge in a few days rather than three months, but while still indicating they’re more than half charged. Popping it in the recharge dish revives it, but it can be slow to pair up. This discourages you from removing it, if it indeed discharges when immobile. The blurb doesn’t advise removing it when not riding, but if it does discharge unused, it’s not reflected in the battery level status display.

Especially when travelling in the AMZ where – as I found – tyre troubles can leave you up the creek, knowing the state of your tyre pressures is less a convenience and more an important safety measure. Now, when I could swear I have a puncture, I glance at the TPMS and relax; it’s just the road surface and my paranoia. Very reassuring. Best of all, the easily fitted and recharged Michelin TPMS kit now makes maintaining your tyres at optimal levels a whole lot easier.
But because my two kits seem to play up, I’d wait a bit before buying one. They sort of work, but not as they should. I sent both kits back to Fit2Go for analysis and will update this review with any news.

Updated kit – 2020

Fit2Go sent me their revised kit which I used on my Africa Twin ride in Morocco in March 2020. The kit was welcome as again, I’d DIY converted my rear tyre to tubeless and so wanted to keep tabs on pressures. (The wheel lost 20% over a few days – fixed by adding Slime).
The kit looks identical but no problems at all this time. Without making an angle bracket, I couldn’t find a secure and legible position on my AT (red arrows, left inset below) so put the display and dish inside the clear lid of my tank bag (below right). The opaque vinyl made it hard to read easily but there was no danger of it falling off. Had that ride not ended prematurely I’d have worked out some legible-angle bracket in the cockpit or stuck the dish on top of the tank bag.

Places to fit on a AT

The only complaint is that the display intervals seem slower than before: 10 seconds on Front then 10 on the Rear. It means you need several glances to ascertain both pressures, whereas a higher flip-count might mean you catch both in one glance. I still think the display could be brighter, too. Other than that and the high price (which dropped for a while), all good.

Update 2021
I got my AT running again in October 2021 and needed to recharge the TPMS unit which after 18 months would have been flat. It recharged in less than two hours.
But when it came to topping up the tyres after 20 months, I had to faff about with that cheap valve cap locknut removal tool, and then found the rear TPMS valve cap wouldn’t screw on to the rear tyre’s valve body. I remember having this problem last time I topped up in Spain, February 2020. It felt like the TPMS valve cap was too shallow: there were not enough threads to bite onto the tubeless tyre valve before the pin in the cap pressed on the tyre valve stem and let the air out.
It could be a problem with whatever TL valve I have on my tyre. In Spain I’d managed to over-inflate the tyre and then cram the cap on before too much air escaped. This time in baking hot Marrakech, I didn’t have the patience to re-learn the knack and gave up on re-fitting the TPMS.
But travelling alone on road and trail over the next week, I sure did miss not knowing what my tyre pressures were doing, just as I’d miss not knowing what my fuel level or engine temperature were.
I’m not finished with TPMS yet: I will give it another go on the 300L once it gets its tubeless wheels.

Not enough threads in the TPMS cap to grip the valve before air is released