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- 1Forged Piston
- 2Injection system
- 3MK2 chassis
- 5Front fork
- 6Clutch slave cylinder
- 7Brough Superior V-Twin engine
- 8Art Deco brake calipers
- 9Four-disc CMM brakesystem
The SS100 forged pistons are made from aluminum alloy 2618A-T6A, used for high performance engines. The pistons are very high quality, produced using OEM processes and treatments; forging, stabilisation, semi-machining operation, sand blasting, shot peening on non-functional areas, finish machining operation and anti-friction skirt coating; MOLYKOTE D10.
In close collaboration with a renowned OEM supplier, a specific fuel injection system has been developed to meet Euro 3 requirements. A Euro 4 evolution is planned. An AIS system, consisting of air injection in the exhaust pipes managed by the ECU, has been integrated into the cylinder head design, to help reach emission requirements.
The inspiration for the MK2 chassis has come from recent technological advances in the aircraft industry. It is entirely made from titanium and uses machined plates instead of tubes. This creates much more volume, which allows for example a bigger capacity for fuel and a larger airbox, without decreased stiffness. The suspension triangles, also from titanium, have been optimized. Combining tubes and laser cut sheets they have been enlarged to bring more rigidity to the steering and damping functions. Each frame is welded in-house by our specialist fabricator and is crowned with an enamel Brough Superior emblem.
A special speedo has been developed exclusively for the new SS100, inspired by the iconic 5-inch Smiths instrument. Its large dial, combined with a really thin casing, gives an elegant sport classic look. This new design displays all the required information in a really simple and classic design. Speed is shown on a large dial with art deco fonts, the OLED display indicates engine revolutions, trip, odometer and cooling temperature. The integrated warning lights are totally discreet once illuminated to retain a classic look.
The double wishbone front suspension has been chosen by Brough Superior for its superior technical advantages, which separate braking and steering to offer increased precision and enhanced comfort on any kind of road. The design of the front fork and swingarm optimizes the alloy casting process. FEM studies have been made to validate stiffness and handling. There is a completely new geometry for the steering system, bringing greater precision and stronger guidance in steering and damping.
Clutch slave cylinder
The clutch caliper has been integrated into the new design of the primary drive cover, bringing greater protection to hydraulic components through an elegant slick design.
Brough Superior V-Twin engine
The new SS100 is built around a 997cc V-twin engine that was specifically designed for this motorcycle. It finally achieves George Brough’s dream of creating a Brough Superior SS100 fitted with its own bespoke engine - an 88° V-twin with its cylinders integrated into a horizontally-split semi-dry sump crankcase. This engine is designed to deliver thrills and performance throughout the rev band, as a bespoke engine it can be tuned to deliver anywhere from 100bhp to 140bhp, depending on engine mapping and customer choice.
Art Deco brake calipers
The brake calipers have been designed exclusively for the SS100 in the classic Brough Superior art deco style, looking sober-chic and refined with a machined Brough Superior logo. They are entirely machined from a block of 6082 T6 alloy (an aluminum alloy used in aeronautics). This improved design combines lightness and stiffness and perfectly fits the front fork brackets. It’s the first time that a 4D brake caliper has been developed for radial mounting. It is very compact and 10% lighter than a conventional radial-mounted caliper.
Four-disc CMM brakesystem
The new Brough Superior SS100 has an outstanding brake system supplied by Beringer. This high-tech four-disc ceramic brake system combines top level performance and innovative design with reduced visual proportions, suited to the SS100’s neo-classical design and in keeping with simulating the appearance of an old-style drum brake. The main technical advantages of the 4D CMM AEROTEC system are the minimization of its gyroscopic effect on the steering, as well as reduced unsprung weight, while at the same time increased brake power.