Conspit CPP APEX 2-Pedal Set
Conspit CPP APEX 2-Pedal Set
Kan beschikbaarheid voor afhalen niet laden
Onze missie
Onze missie
Onze missie is het toegankelijker maken van de karting voor alle doelgroepen, maar vooral het willen bijdragen en ondersteunen aan (jong)talent in de kraamkamer van het racen.
Showroom bezoeken
Showroom bezoeken
Bezoek onze showroom in Andijk om direct al jouw kart gear en onderdelen te uit te kunnen zoeken, vragen te stellen en direct mee te nemen. Maak bij voorkeur een afspraak en kom langs!
Team KartKings
Team KartKings
Bij KartKings werken we met een sterk team van echte race liefhebbers. Ieder zijn eigen kennis, ervaring en vakgebied.
Conspit CPP APEX 2-Pedal Set
Hydraulic Precision. Race-Ready Feedback. Built Without Compromise.
The Conspit CPP APEX 2-Pedal Set is a competition-grade hydraulic pedal system designed for sim racers who demand unparalleled realism, adjustability, and engineering quality.
Featuring a dual-chamber hydraulic brake, a 10 MPa precision pressure sensor, and CNC-machined aluminum construction, it delivers an authentic, tunable pedal feel worthy of professional-level racing.
Key Features
-
Dual-chamber vertical hydraulic cylinder for realistic, progressive pedal response
-
Custom 10 MPa hydraulic pressure sensor for accurate brake force detection
-
Two-stage brake feel using spring and elastomer resistance, fully customizable
-
Closed throttle pedal housing with Hall-effect sensor for precise, dust-proof operation
-
Adjustable pedal angle, height, and return force for ergonomic perfection
-
USB and Conspit CAN connectivity for seamless PC and Conspit ecosystem integration
-
Upgradeable with clutch pedal and optional vibration module
Competition-Grade Hydraulic System
At the heart of the CPP APEX lies its vertical dual-chamber hydraulic cylinder, combining fluid damping and elastomer resistance for smooth, progressive braking behavior.
The 10 MPa hydraulic pressure sensor, developed in-house by Conspit, ensures high-fidelity brake force measurement, allowing for precise trail-braking control and natural feedback under all racing conditions.
Two-Stage Adjustable Brake Feel
The brake pedal delivers a two-phase pressure curve:
a spring stage simulates initial brake pad contact, while the elastomer stage provides firm resistance deeper in the pedal travel.
You can fine-tune pedal feel using interchangeable elastomers, customizing stiffness and feedback to your driving style — from soft GT feel to aggressive formula braking.
Pedal angle, height, and return spring preload are also fully adjustable for ergonomic alignment.
CNC-Machined Construction & Integrated Design
The CPP APEX is built entirely from T6 heat-treated aluminum and stainless steel, precision CNC-machined for rigidity and durability.
The sealed throttle pedal enclosure prevents dust and debris from entering the mechanism, ensuring consistent input over time.
Internal cable routing and side-access ports create a clean, professional-grade installation that fits seamlessly into any aluminum cockpit or wall-mounted rig setup.
Technical Specifications
| Specification | Details |
|---|---|
| Type | 2-Pedal Set (Throttle & Brake) |
| Brake Technology | Dual-Chamber Hydraulic System |
| Sensor | 10 MPa Hydraulic Pressure Sensor |
| Throttle Sensor | Hall-Effect (Contactless) |
| Brake Feel | Two-Stage (Spring + Elastomer) |
| Adjustability | Pedal Angle, Height, Return Force |
| Material | CNC-Machined T6 Aluminum & Stainless Steel |
| Connectivity | USB & Conspit CAN |
| Upgradeable | Optional Clutch Pedal & Vibration Module |
| Dimensions (L × W × H) | 333 × 328 × 227 mm |
| Color | Black |
| Lighting | None |
| Platform | PC |
Summary
The Conspit CPP APEX 2-Pedal Set combines hydraulic precision, customizable mechanics, and motorsport-grade materials to deliver a professional-level pedal experience.
With its dual-chamber hydraulic design, two-stage braking feedback, and perfectly machined aluminum frame, it offers exceptional realism, endurance, and adaptability — giving sim racers the confidence and control to perform at their absolute peak.
