The main problem is, there is not an enough space to fit airbox, carburetors and boots.
In order to fit them, I need to deform rubber boots with great deal of elbow grease and muscle.
So on my latest project, I inspected space between the frame and the airbox very carefully.
As usual, the airbox hits the frame as it pushes back. But imperceptibly, the airbox also can hits battery box under certain orientation. Under further inspection, the rear brake hose near master cylinder can also hit the airbox.
By loosening the battery box and the rear master brake cylinder, I was able to open the space by at least ¼”!
As a result, I was able to re-install the carburetors in a breeze.
Here are additional tips.
1. install hoses (fuel, overflow) ahead
2. attach throttle (and choke) cable ahead
3. Install airbox, carburetors onto airbox, and four rubber boots (and aforementioned, loosen battery box and rear master cylinder)
4. Slide/push #4 carburetor onto #4 boot in an angle so that carburetors contact mostly #4 boot (instead of all four carburetors contacting all four boots at a same time). Spray soap water to ease sliding carburetor to boot.
5. Once #4 carburetor mates to #4 boot, tighten the clamps
6. Using #1 carburetor as a leverage and #4 carburetor/boot as a fulcrum, slide #3 carburetor onto #3 boot, and so on to #2 and #1.
Hopefully, the tips will be helpful for someone in a future.
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