Scootering

MOT CHECKLIST: PART 1

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Number plate

Missing or insecure, illegible or bears the incorrect registrati­on, then don’t bother turning up. If your number plate doesn’t meet the minimum requiremen­ts listed, then technicall­y this is a fail, but there is a get-out. Although the MOT manual gives the minimum requiremen­ts for the size and font of a number plate, it doesn’t actually specify the dimensions of the plate itself. Unless you’re unlucky enough to run a scooter with a plate that has a couple of Ws in it, the odds are that a six-and-a-half inch square plate will pass. Above all, the tester will be making a judgement on whether it is legible or no. However, there is a clause which says that imported vehicles may use a smaller plate if necessary. I think it’s pretty obvious that this refers mainly to private imports, given the number of Japanese, Italian, American and Chinese machines that are on the road.

VIN

There are obvious reasons why this one is important. All of the above could be used in an attempt to pass a roadworthy vehicle off as another, perhaps dangerous, one. The examiner can, and will, ask for panels to be removed if the frame number needs to be inspected.

Fails: ■ Can’t be found ■ Illegible ■ Obviously falsified

Brakes

I’m pretty sure that we all can see why the braking system is probably the most heavily tested item during the MOT. No one wants to put their pride and joy into the back of a car that’s suddenly stopped. Although the test checks each item separately, an overview is that any item that is obviously damaged, missing, outside of legal minimums or insecure will fail. In addition, any control that doesn’t move freely in either direction, or which fails to operate before the limit of its movement is reached, won’t pass, and neither will ones where the cable, hose or fastener is damaged, restricted or looking likely (in the opinion of the tester) to fail. Other testable items include the grip pattern on a bare metal pedal if no rubber is fitted, and pivots that are too tight or obviously worn.

Fails: ■ Insecure mounting of lever or pedal ■ Too tight or binding on the pivot ■ Too loose or obviously worn pivot ■ Lever can be pulled back to the grip before brake is applied fully ■ Pedal reaches the floor before brake is applied fully ■ Not releasing correctly so that the brake remains applied ■ No anti-slip on brake pedal ■ Master cylinder loose, defective or leaking, or cap missing ■ Brake fluid contaminat­ed, significan­tly below minimum line or not visible ■ Brake hose damaged and likely to failures ■ Brake hose chaffed, twisted, stretched or otherwise significan­tly damaged ■ Hose connection­s leaking or hose porous ■ Brake lining or pad less than 1mm thick, contaminat­ed with oil or grease, or insecurely mounted. ■ Brake drum or disk cracked, fractured or loose ■ Brake calliper damaged ■ Any leaks throughout a hydraulic system ■ Any excessive corrosion to braking components ■ Braking component modified dangerousl­y, insecure or adversely affecting braking ■ Inadequate or no braking performanc­e at any wheel ■ Lag in operation, binding or fluctuatio­n ■ Brake efficiency below minimum standard.

Steering

Another obviously vital component is the steering assembly. Obviously you want the scooter to go where you point it, but it’s also worth checking for excessive movement between items which are meant to be fairly tight, such as the forks or hubs. Most experience­d MOT testers will be aware of the natural movement in a Vespa rear hub, but don’t take this for granted. It’s one of the few areas where you can get into a discussion with the tester over the reason for

fail. If a screen of any type is fitted, make sure that it clears the legshields. Even if you don’t think it hinders movement, it is a fail. If in doubt, remove it before the test and ensure you refit it correctly. Handlebars obviously need to be secure to the forks, but it’s also worth checking that your grips aren’t going to move when twisted. Sundance grips are notorious for this, so check your fasteners before heading off. Forks need to move freely in their bearings, but not so freely that side to side or forward movement is noticed. Bent forks are a pretty obvious no-no, but when was the last time you actually checked?

Fails:

■ Excessive movement between items that are supposed to be fixed, ie, hub and spindle ■ Handlebars fouling bodywork or tank ■ Restrictio­n of steering from lock to lock ■ Bodywork or accessorie­s interferin­g with free movement of any steering component ■ Insecure handlebars ■ Handlebar retaining device missing ■ Handlebars bent, corroded or otherwise damaged to an extent it is likely they will affect controls ■ Missing or insecure handlebar grip ■ Fractured, insecure or excessivel­y deformed forks ■ Unsafe modificati­on ■ Overtight or slack steering bearings

Horn

On vehicles registered after August 1, 1973, there must be a horn fitted, which is capable of emitting a continuous or uniform sound. Prior to that, a bulb ‘clowns’ horn is acceptable.

You are not allowed to have a multi-tone horn, bell, or even a gong (seriously, that’s what it says) as an audible device, or anything that could be confused with an emergency vehicle.

Seat

The seat has to be structural­ly strong and secure. In practice, this means that the metal or plastic chassis of the seat needs to be undamaged, and that it’s not going to move about under cornering. Many testers take the view that if the hinge section is solid, then there is no real need for a rear mount, but if you’re missing yours, then fastening the rear of the seat down with a bungee or tie down is acceptable, as long as it stays where it is when the tester tries to move it from side to side. There is no test on the condition of the padding or cover.

Fail

■ Insecure mounting.

warn the owner of potential faults, and to show that the testing centre had spotted them. should they become an issue at a later date.

Bulb horns:

As noted in the main article, bulb horns are only legal on pre-August 1973 vehicles.

Thirteen-month MOT

You can present your vehicle for a test up to one month before it’s due date.

Should it pass, then the MOT starts on the day the last one expires, not the day that it’s tested. For example, my ticket runs out on March 1, so I take it for a test on February 1. A pass would mean that it then needs testing on the first day of March the following year.

However, If it fails, the balance of the current MOT is void as you are now knowingly using an unroadwort­hy vehicle. Think wisely on this one.

That said, if you fix any faults before the due date, then it is treated as if it had been presented as such on the re-test date and any extra time is then added.

MOT exempt vehicles

Many of you are no doubt aware that most vehicles over forty years of age no longer need an MOT, provided there have been no substantia­l changes to the machine. The detail that many overlook is that the scooter needs to be registered with the DVLA as a ‘Vehicle of Historic Interest’ (VHI) using form V112 from your local Post Office. Until done, it will still need testing.

As an aside, given that the MOT is a test of the vehicle’s roadworthi­ness, it may be worth asking yourself if it’s a good idea to avoid them anyway?

At the time of writing, we’re still waiting to see what constitute­s ‘substantia­l changes’.

What lies beneath

There’s a common belief that testers aren’t allowed to remove panel work to check for dodgy or non-existent VIN stamps, or the condition of fuel lines, and so on. The rules state that the tester can remove any bodywork if he doesn’t need to use specialist tools to do so. In short, yes, he can remove your panels to take a look!

 ??  ?? Above left: Sadly now largely a thing of the past, all new testing centres have to use a rolling road tester. Above right: Scooter under test. Much to the tester’s surprise, it sailed through this… Below: The equipment itself is pretty simple. The rollers measure the rotational force needed to turn the wheel under braking, which is then displayed. Above left: Analogue display of the force needed to rotate the wheel. Above right: The machine’s identity, giving engine capacity, power output and the frame number. This is the number the tester will be looking for to ensure that he’s testing the correct scooter.
Above left: Sadly now largely a thing of the past, all new testing centres have to use a rolling road tester. Above right: Scooter under test. Much to the tester’s surprise, it sailed through this… Below: The equipment itself is pretty simple. The rollers measure the rotational force needed to turn the wheel under braking, which is then displayed. Above left: Analogue display of the force needed to rotate the wheel. Above right: The machine’s identity, giving engine capacity, power output and the frame number. This is the number the tester will be looking for to ensure that he’s testing the correct scooter.

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