BJR Hydraulic 1000psi Pedals

Get the winning edge with better performance, more control, and faster laptimes with the latest BJ Hydraulic Sim Racing Pedals

The BJR SIM RACING pedal range come equipped with the leading simulation brand in electronics Leo Bodnar, using their 16-bit Loadcell USB board which is specifically designed for load cell pedals used in racing simulators. The board has integrated EMI filters, this means when the pedals are used on motion sims or heavy FFB set ups there is no creeping on inputs making them more precise.

1000PSI HYDRAULIC BRAKING SYSTEM

When it comes to braking in simulation the pinnacle of precision and immersion can only be found with a Hydraulic brake set up. BJR Simracing have set the new standard with a genuine Wilwood slave cylinder and pump commonly used in the racing industry, if you want the most realistic pedals on the market for your sim set up this is it.

FRICTION-LESS MAGNETIC HALL SENSOR

With precise control being the goal on high end pedals BJR have made sure the accelerator and clutch are not using old style potentiometers, we have all had our experiences with potentiometers. BJR opted to go with a Frictionless Magnetic Hall Sensor on both the clutch and accelerator pedal giving unbelievable precise control.

COMPLETELY ADJUSTABLE PEDAL TRAVEL AND HEIGHT

Adjustments on the BJR pedal range is huge! On the pedal distance travel, you can adjust limit from 40mm all the way to 82mm this converted in angle from 12° to 23° of travel all done with just 2 bolts. The pedal height is adjustable in 4mm increments with the total height adjustment being 20mm from its lowest to the highest position. On the same 5 adjustments you can also adjust the pedal face angle up to 20°.

THROTTLE AND CLUTCH PRE-LOAD AND STIFFNESS

On the back of both the Throttle and Clutch pedal there is an adjustable metal spring for pre-load which is amazing when optimizing your pedal set up for the way you race. There are 4 additional adjustment positions to control the stiffness on the Throttle pedal.