Although spraying with a can of grease on the chain on the way worked fine in itself, I was looking for an easier solution.
All kinds of expensive electronic systems to get a drop of oil on a chain doesnât do it for me â¦â¦.
There should be a simple and affordable way to deliver that drop of oil. Continuous lubrication based on gravity is influenced by the outside temperature. Continuous lubrication does not seem that useful anyway, does it make sense to lubricate on the highway or is all the oil immediately flung off at a speed of 140km/h?
Anyway, I soon came up with a manual system. I like to stay "in control" as it is apparently called nowadays.
I was charmed by the Gidibi / Cobrra Nemo2 system. Very affordable on Aliexpress (now half as expensive as then) and easy to order.
Delivered in a few weeks and very complete with a spare hose connection and an extra o-ring for between the two halves, the piston and the cylinder.
What have I done?
First of all, I disassembled the oiler and removed a small piece of aluminium between the cylinder and piston (residue from the CNC process), greased and reassembled. Such a wafer can cause leakage between the two halves.
Furthermore, I did not intend to mount the oiler on the handlebars but somewhere on the engine block. Made a bracket from a piece of stainless steel, in such a way that it fits exactly on the 2 bolts on the left side of the engine block.
![[Image: 360.jpg]](https://myalbum.com/photo/s5sdLLQmmoDg/360.jpg)
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Then the question remains: how do you lead the hose to the rear wheel? As a result of the placement on the engine block instead of on the handlebar, the length of the oil hose is a lot shorter. Both with this oiler and with an Osco oiler, itâs important to have a certain amount of back pressure in the lines, because otherwise, due to the manual operation, a splash of oil ends up on the chain in one go, which then will be flung off quite easy. Back pressure is caused by resistance in the pipe. Reducing the diameter of the hose/pipe increases the resistance. To this end I ordered a copper pipe of OD = 3mm and ID = 1mm. I used about 0.5m of this length at the end of the rather short plastic oil hose. The plastic pipe runs from the oiler through the opening in the cover over the front sprocket, along the lines of the lambda sensor, under the left side of the swingarm pivot point. Self-explanatory.
Filled the oiler and tested first. With a quarter turn, approx. 35 small droplets of oil came out in a period of approx. 4 minutes. In the beginning a bit faster in succession than at the end of course. But in my opinion it gave a good dose towards the chain.
![[Image: 360.jpg]](https://myalbum.com/photo/UcHy67udPrbq/360.jpg)
![[Image: 360.jpg]](https://myalbum.com/photo/epK8eHxje9Bc/360.jpg)
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Also at the rear axle itself Iâve made a bracket of 1.5 mm stainless steel.
In practice, a 1/4 turn around every refuelling turns out to provide more than sufficient lubrication. Do not use it just before you arrive at your final destination, but preferably immediately after driving off at the start of your ride. Then you drive relatively slow for a good oil distribution on the chain and you have no risk of a slight dripping afterwards.
At least that's how I do it and not once in the morning have I seen oil drops next to my rear wheel.
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There will be much better and finer and automated systems.
This works for me (as long as I don't forget that 1/4 turn at least).
I hope this information will be of any use.
Greetings Peter