CPP APEX

Hydraulic Revolution, Within Reach

Merging CONSPIT's patented sensor technology with advanced hydraulic engineering, the CPP APEX delivers precise control and high performance, redefining accessible hydraulic brake system at a competitive price.

Hydraulic Innovation- Vertical Dual-Chamber

Building on CONSPIT's core hydraulic technology, the CPP APEX features a compact vertical dual-chamber design, integrating hydraulic and elastomer cylinders. Its one- piece die-cast aluminum brake cylinder, CNC-machined for precision, delivers smooth pedal feel and outstanding durability.

10MPa Hydraulic Sensor

The CPP APEX features a custom 10MPa high-precision hydraulic sensor for accurate brake pressure detection, enabling realistic, nuanced control. Its wide pressure range and hydraulic design ensure linear, responsive braking for precise threshold and trail braking.

Two-Stage Brake Feel

The CPP APEX delivers a unique two-stage brake feel through a combination of spring and elastomer. The spring simulates the initial caliper-to-pad contact, while the elastomer provides firmer feedback in the later stage. Users can also customize the pedal feel by choosing different elastomer stiffness levels to suit their driving preferences.

Enclosed Throttle Design

The throttle pedal features an enclosed design, tightly integrating components like the spring and throttle rod to prevent external debris from entering and to maintain precise control. Paired with a proven Hall sensor, it ensures accurate throttle response and enhances the overall driving experience.

Race-Ready Materials and Precision Engineering

The pedal is constructed from high-grade aluminum alloy, enhanced with T6 heat treatment and precision CNC machining for superior strength and durability. A sandblasted, anodized finish adds a refined touch, delivering both premium feel and lasting performance.

Precision Machining and Bearing Design

Key load-bearing and moving components of the pedals are precision-machined and equipped with bearings to ensure stable, long-lasting performance—whether under short-term high loads or during extended endurance races.

Versatile Deployment

Competition-Grade Mounting:

• Compatible with all major aluminum profile rigs and integrated rigs.

Ready-to-Use Setup:

• Includes a wall-mount bracket for floor installation, equipped with non-slip silicone pads.

Expandable Clutch Pedal

The CPP APEX comes standard with a two-pedal setup and supports seamless upgrading with an optional clutch pedal to match your driving style.

Innovative Baseplate Design

• 5mm Laser-Cut Steel Chassis: High strength for long-term durability
• Damped Sandwich Structure: Multi-layer design absorbs vibrations effectively
• Brushed Stainless Heel rest: Wear-resistant, with laser-engraved CONSPIT silhouette
• Adjustable Pedal Mounting: Recessed design allows customizable pedal spacing
• Side-Mounted Ports: Easy access even after installation on the rig
• Clean Cable Routing: Hidden internal wiring for a tidy, user-friendly setup

Tailored to Your Unique Driving Style

CPP APEX offers extensive adjustability to suit various driving styles. Throttle, brake, and optional clutch pedals support three-stage quick adjustments, along with hydraulic preload tuning and swappable spring/elastomers to help you find your ideal pedal feel

M-DVF Vibration Module (Optional)

The optional M-DVF vibration feedback module enhances immersion through CONSPIT software or SimHub’s ShakeIt Motor feature. It offers customizable feedback settings for various driving scenarios, allowing drivers to feel real-time changes in track and vehicle dynamics—delivering essential tactile cues often missing in sim racing.

Conspit Link 2.0

Quick settings can be configured in the Conspit Link 2.0 driver software, which also offers practical features such as customizable mapping curve and brake input limiter.

Connections for CPP APEX

The CPP APEX can connect directly to a PC via USB or integrate seamlessly through the rear port of the Ares series wheelbases, offering a more streamlined sim racing ecosystem. (Note: Vibration module is not supported when using base integration.)