Conspit H3 Dual-Mode Hydraulic Handbrake – Precision Rally & Drift Control
Product Description
The Conspit H3 Dual-Mode Hydraulic Handbrake is purpose-built for sim racing enthusiasts and professionals who demand absolute precision in drift, rally, and off-road racing simulations.
At the heart of the H3 is the 2nd-generation Conspit patented hydraulic system with a redesigned internal oil circuit. This provides enhanced hydraulic damping and superior realism, paired with a 10 MPa high-precision hydraulic sensor and a high-performance polyurethane elastomer for detailed force capture and precise control of rear-wheel slip.
The dual-mode lever system allows for quick switching between classic horizontal or competitive vertical positions, catering to different car models and driving styles. With CNC-machined aluminum construction, an extended piston, and precision-finished cylinder surfaces, the H3 ensures long-term strength and durability. Enclosed high-spec sealed bearings reduce dust entry and wear, while the optimized coating and surface treatment extend the life of the handbrake under heavy use.
Other advanced features include zero mechanical free play for consistent tactile response, plug-and-play USB connectivity, and compatibility with Conspit LINK 2.0 software, enabling auto device detection and customizable mapping curves. It also supports CAN bus protocol and Fanatec base integration, making it a versatile choice for any serious sim setup.
Key Specifications & Features
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Dimensions (L × W × H): 218 × 81 × 320 mm
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Net Weight: 1.04 kg
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Material: CNC-machined aluminum alloy
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Setup Modes: Classic (Horizontal) or Competitive (Vertical) lever positions
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Sensor Type: 10 MPa hydraulic sensor for ultra-precise input detection
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Mounting Method: Bottom mounting via Ø6 through-holes
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Connection: USB direct connection, CAN data cable, Fanatec base support
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Software Support: Conspit LINK 2.0 with auto-connection and mapping curve customization
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Build Quality: Extended piston, optimized cylinder surface treatment, sealed bearings, enclosed design for reduced dust and wear
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Performance: Zero mechanical free play, smooth and consistent tactile feel