Hybrid Racing Short Shifter - Honda B/D Series (Red) – HYB-SAS-01-32

Hybrid Racing Short Shifter - Honda B/D Series (Red) – HYB-SAS-01-32 is identified by exact Hybrid Racing part number HYB-SAS-01-32. The product identity and description below were matched to the corresponding current supplier or manufacturer catalogue record.

Product details

Hybrid Racing are a US based company created by enthusiasts who wanted to offer the absolute best Honda K-Swap parts possible. Since their launch in 2003, they've expanded their product range to also include direct replacement parts for modern Honda performance models. All of their parts are high super high quality, using only the best materials and cutting edge design techniques. Featuring a unique two piece rod and sleeve design, the Hybrid Racing racing B-series shifter allows you to adjust the throw from the comfort of your driving seat with ease. Easily dial in your knob position by raising and lowering the position by up to two inches and rotating the offset by a full 360 degrees. One of the most radical design features of the Hybrid Racing shifter compared to the competition is the top mount rigid base. Machined from 6061 aluminium, this base houses a spherical bearing which allows for super smooth operation, eliminating all of the rubber bushings. The added stability keeps the shifts tight and direct while racing. Each shifter is CNC machined from aluminium and stainless, digitally checked for accuracy and finished using a three stage anodizing process.

Fitment and ordering

Confirm the exact manufacturer part number and complete vehicle application before ordering. Compatibility can depend on build date, engine, transmission, chassis, emissions equipment or fitted options. If uncertain, contact Torque Monsta with the registration or VIN and this part number.

Installation

Use the product only for its intended application and arrange installation by a competent person. Product-specific contents, settings, torque values, certification and road-use claims are stated only where supported by exact matching evidence.