No Name Simagic P2000 Hydraulic 2-pedal Set 100kg Loadcell-crimson Edition Pedals. Experience true racing realism with the Simagic P2000 Hydraulic 2-Pedal Set. Its genuine hydraulic brake system with a 100KG loadcell offers unparalleled precision and modulation, replicating real car feel. Haptic feedback on both pedals provides immersive cues like ABS and traction control. Built from robust CNC aluminum, these pedals are fully adjustable for ultimate comfort and a competitive edge. Dominate the track with this Crimson Edition set. Experience Unrivaled Realism: The Simagic P2000 Hydraulic 2-Pedal Set - Crimson EditionElevate your sim racing to a professional level with the Simagic P2000 Hydraulic 2-Pedal Set. Engineered for the most demanding virtual drivers, this Crimson Edition set delivers an unparalleled degree of realism, precision, and immersion, giving you the competitive edge you need to dominate the track. Move beyond simple spring and elastomer systems and feel the authentic feedback of a genuine hydraulic braking system, designed to replicate the exact feel of a real-world race car.The heart of the P2000 is its revolutionary hydraulic brake pedal. This system utilizes a master and slave cylinder to create a perfectly non-linear braking force, allowing for exceptional trail-braking and precise modulation. Paired with a high-precision 100KG loadcell sensor, the pedals measure pressure, not travel, enabling you to build consistent muscle memory for flawless braking performance, lap after lap. The integrated haptic feedback motor on the brake pedal provides crucial tactile information, simulating ABS engagement and brake lock-up, allowing you to push your car to its absolute limit with confidence.The throttle pedal is equally impressive, featuring a multi-stage damper system that provides a satisfyingly weighted and progressive feel. A dedicated haptic motor on the throttle communicates vital feedback such as wheel spin and traction control intervention, giving you a deeper connection to your vehicle´s behavior.Crafted entirely from CNC machined aluminum, the P2000 pedal set offers rock-solid stability and zero flex under pressure, ensuring every input is transferred directly to the simulation. Extensive adjustability allows you to fine-tune pedal angle, height, spacing, and travel to create the perfect ergonomic setup for your racing style.Key Benefits:* Authentic Hydraulic Feel: Experience a true-to-life, non-linear braking curve for superior car control and modulation.* Ultimate Precision & Consistency: The 100KG loadcell measures pressure, allowing you to build perfect muscle memory and achieve consistent lap times.* Immersive Haptic Feedback: Feel the car´s response through your feet with haptic motors that simulate ABS, traction control, and wheel spin.* Unmatched Adjustability: Completely customize the pedal ergonomics, including angle, spacing, and travel, for optimal comfort and performance.* Rock-Solid Durability: Full CNC aluminum construction guarantees a rigid, flex-free platform built to withstand the most intense racing sessions.Main Features:* Full Hydraulic Brake System with Master and Slave Cylinders* High-Precision 100KG Loadcell Sensor* Individually Programmable Haptic Feedback Motors on Brake and Throttle* Robust CNC Machined Aluminum Alloy Structure* Adjustable Multi-Stage Throttle Damper* Fully Adjustable Pedal Face Position, Angle, and Travel* Powered by Simagic´s SimPro Manager 2.0 Software for In-Depth CalibrationTechnical Specifications:* Product: Simagic P2000 Hydraulic 2-Pedal Set 100KG Loadcell-Crimson Edition* Compatibility: PC* Type: Pedals (2-Pedal Set: Throttle and Brake)* Brake System: Hydraulic with 100KG Loadcell Sensor* Throttle System: Hall Effect Sensor with Adjustable Damper* Haptic Feedback: Included (Brake and Throttle Pedals)* Material: CNC Machined Aluminum Alloy* Adjustability: Pedal Travel, Preload, Spacing, Angle, Pedal Plate Position* Software: SimPro Manager 2.0* Connection: USB to PC. tradeinn Techinn
Price History
* Price history contains no data from Amazon.
Prices were last updated on: