We are all familiar with the phrase, “build it, they will come” but what about those who have the time and energy to build something their own?
That is exactly what the people at Strange Engineering, a small company in London, are doing with their bicycle engine kits.
The company, which has a reputation for producing some of the best bike engines out there, has been churning out some of its most advanced bicycle engine products in recent years.
The company’s engine kits, which have been built using components from around the world, are available at a variety of online retailers.
They range from the small to the huge, and the larger ones have been designed to be used as engine parts, not merely for building a bike.
For the company’s biggest kit, the Buell, the company took advantage of the fact that many people still believe the original bicycle engine design was a genius and used it as inspiration for the current bike design.
Strange Engineering says it has been making its bikes for over a decade, but that the first prototype for its Bueill engine kit was a prototype, built in 2010.
The Bueil is now being used on the company-built Bueillon, a 250cc four-stroke that can produce between 170 and 180 horsepower and has a range of between 200 and 250 miles.
The Bueiller was also a prototype of sorts, the first thing the company did with it was install a hydraulic transmission on it.
That helped the company quickly establish its engine design, which is what the company has been doing with the latest batch of its bikes.
“We built it because we wanted to,” says John Mould, the CEO of Strange Engineering.
“But we also knew we had to find a way to make it work.”
In order to get the engine to work properly, the Strange Engineering team had to modify the parts on the Buesil, including the valvetrain, flywheel and suspension, which were all modified with parts from other bikes.
The original Bueills were built using a single-cylinder engine and a single camshaft, which was designed to run the engine for only about 60 milliseconds before the piston would have to be pushed back and the flywheel rotated to turn the cylinder in place.
The valvetrain was modified to allow the camshack to operate as a camshifter.
“That made it so that if we put a new camshank on it and it was in the same position as the old camshanks, the cam would be set and the valve would be closed,” Mould says.
“The camshuts are the first things you change.”
The engine itself was designed by a team of engineering students, who had a lot of experience with bikes and motorcycles.
They decided to use a conventional, single-valve engine, and put a couple of new cam-shacks on the valve to make the cam set in place, as well as a new oil pump and distributor.
That allowed the cam to be set to run continuously for only around 50 milliseconds before it needed to be restarted.
That is, until the valve was pulled.
The cylinder head was modified so that it could not be driven back in order to make a valvetrain that could operate without a camset.
The valves themselves were also modified to use new parts, which made it easy for the engine’s internal workings to work.
“You’ve got to change a couple pistons and a couple camshaves and a lot more to get it to run smoothly,” M.L. says.
The engine was also modified so the valve and camshave could not work together.
That meant the cam was set to be fully open, which meant the valves would need to be manually opened and closed by hand.
“When you’re in the shop making a motorcycle engine, you’re constantly changing valves, camshasts, and everything else to make sure you’re not causing a problem,” M.
“But it’s not just a simple modification to the valve or camshifts that Strange Engineering has done to make its engine work better.
The parts have been altered to allow a new engine to be installed.
That means that, instead of being completely closed by a cam and a piston, the valve could be set in an open position by the rider using a pedal.
The engineers also changed the cam and camset to be more efficient, so that the cam could be fully closed when the engine was in operation and open when the valve wasn’t. “
In the end, it works perfectly,” M says.
The engineers also changed the cam and camset to be more efficient, so that the cam could be fully closed when the engine was in operation and open when the valve wasn’t.
The new valve and crank set allows for a more direct, more powerful engine that can be used on more types of bikes.
The engineers also adjusted the valve for better compression and efficiency.
“Because it’s a two-