Minimalist Design

The sim racing pedal features a minimalist design with smooth curves and a sophisticated black and gold color scheme, exuding competitive energy. The hexagonal design elements on the pedal face symbolize stability, balance, and versatility. Cleverly concealed wiring, springs, and pedal screws ensure a clean and aesthetically pleasing appearance.

CNC Aerospace-grade
Aluminum Construction

Key components are made from aerospace-grade aluminum alloy, precision CNC-machined for exacting standards, and anodized for a sleek, durable finish. Some parts use precision die-casting and automotive-grade coating to ensure robustness and quality. The base is crafted from high-strength steel, designed to endure and handle intense forces during racing.

Carbon Fiber Heel Plate

The Carbon Fiber Heel Plate features a sleek 3K twill carbon fiber design, adding a sporty touch. Its surface provides moderate friction, ensuring precise control over heel positioning during intense racing sessions.

200KG Load Cell Sensor

The brake is equipped with a rare 200kg pressure sensor, covering nearly the entire braking force range of real racing cars. This ensures a strong connection between muscle memory and force application.

15-bit High-precision Angle Sensor

Using an industry-first patented sensor fusion algorithm, the system combines a 15-bit angle sensor with a load cell sensor. This innovative approach ensures exceptional precision for brake inputs and allows for precise control of braking force, leveraging muscle memory to enhance performance.

Supports Inverted Mounting

The pedals support inverted mounting, allowing them to replicate the design and ergonomic experience of road cars. This can be achieved using optional inverted components or custom mounting brackets.

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The Heusinkveld Sprint pedals have a strong, compact and highly adjustable design with the main parts made out of CNC precision laser cut steel, intended for your home-use simulator. Mathematical models were made to accurately calculate pedal travel and force curves, predicting with great accuracy how each pedal behaves in different configurations.

All metal profiles either have a Black structure powder coat or a bead blasted semi-gloss metallic look.

The pedals include all new concepts for bearings and pivot points in order to minimize unnecessary play. Automated testing routines have been used to simulate up to 1 million duty cycles.

Durable load cells measure throttle and clutch position and force applied to the brake. Unlike designs with rotary potentiometers, load cells provide true linear output in relation to your pedal output. They are insensitive to dust and dirt and do not wear out, resulting in unmatched accuracy and durability over time.

Custom developed and EMC tested electronics make sure each pedal responds instantly and accurately in your favorite simulator software. The included SmartControl software allows easy configuration of deadzones, brake force and customize (non-linear) pedal output curves.

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Designed with CAD and FEA, all structural parts are CNC precision laser cut stainless steel with a glass bead blasted finish. The pedals are strong, stiff, compact and durable. Mathematical models were made to calculate pedal travel and operation force, predicting with great accuracy how each pedal feels in every possible configuration.

Design tolerances have been optimized in order to have a minimal amount of play on every assembly. All key pivot points have slide bearings and have gone through automated durability testing to guarantee their functionality after a million duty cycles.

The custom made brake elastomers provide a realistic progressive feel and retain their as-new characteristics even after thousands of races.

Hydraulic damping

The bespoke hydraulic dampers of the Sim Pedals Ultimate are ultra-reliable and do not require periodic maintenance. Even in the unlikely case of a failure, all hydraulic dampers can easily be removed while the pedal still retains its basic functionality as the pedal sensors are separated from the hydraulic circuit.

Sensors & output

The Sim Pedals Ultimate+ load cell assemblies provide a true linear input measurement of throttle and clutch position and brake force. Their accuracy and durability are unmatched as they do not wear over time. Heusinkveld proprietary electronics provide a full-range 12bit output for each pedal. Custom output curves can be freely configured and stored into profiles using the Heusinkveld SmartControl software.

Components

Throttle

Smooth, accurate and greatly adjustable, the throttle pedal gives you excellent control with exactly the travel, spring preload and resistance you prefer.

The throttle features a 1-way hydraulic damper which resists speed at the ingoing stroke. This helps with smoothing the throttle application and is also used on many real cars for this purpose. The amount of damping can be adjusted.

A load cell provides a true linear input measurement of the pedal position. Custom non-linear output curves can freely be configured using Heusinkveld SmartControl software.

Brake

The brake features a realistic dual stage brake system with a 200kg load cell, capable of handling actual pedal forces up to 140kg (measured at the pedal footplate). The adjustable coil spring simulates the initial pad-to-disc gap. The main brake springs are all new custom made Heusinkveld injection molded thermoset elastomers.

These proprietary elastomers are smooth and responsive and provide an unprecedented progressive brake resistance (convex force curve) just as you would have in a real race car. On the ingoing and outgoing stroke they have firm bump and rebound characteristics.

Automated testing shows these elastomers have zero performance degradation even after one million duty cycles. You can choose from a total of 9 possible resistance settings, allowing you set set the pedal from very soft to extremely stiff.

The brake features a 2-way hydraulic damper. This damping resists speed at the ingoing and outgoing stroke just as experienced in actual brake assemblies. The amount of damping is adjustable.

Clutch

A clutch feels lighter towards the end of travel. The Sim Pedals Ultimate+ clutch features a regressive spring mechanism simulating this concave force curve and also allows you to greatly adjust the pedal resistance, travel and feel.

The clutch features a 2-way hydraulic damper. This damping resists speed at the ingoing and outgoing stroke just as seen in real clutch assemblies. The amount of damping is adjustable.

A loadcell provides a true linear input measurement of the pedal position. Custom non-linear output curves can freely be configured using Heusinkveld SmartControl software.

Electronics

Heusinkeld Sim Pedals Ultimate+ use a custom made 12-bit USB controller, which works with Heusinkveld SmartControl software. After calibration every single pedal provides an output signal using the full 12-bit range, providing instant and accurate output to your favorite simulator software.

The controller enclosure is made of steel and is equipped with 4 mounting holes for easy mounting to your simulator. It can also be mounted to the underside of the optional Sim Pedals Ultimate+ Baseplate.

The pedals have passed full EMC compliance testing, guaranteeing a stable output signal regardless of other electronic components used in your simulator.

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Perfect integration with the Simucube Baseplate and ActivePedal. Step into the world of force feedback pedals with this pedal set

Adjust it to your needs

Position your Simucube Throttle any way you want for maximum comfort and realism.

Easy adjustments for pedal travel

Turn the knob and find the perfect pedal travel for your setup.

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• Clutch Pedal Add-On for the MOZA Racing SRP Lite Pedals
• *Not Compatible with the MOZA Racing SRP Pedals (Non Lite version)*

USER MANUAL

• Access MOZA Racing manuals & downloads here

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• Made with High-strength Steel: The pedal is machined with high-strength steel, giving superior quality and endurance.
• Floor Mounted Organ Type Accelerator Pedal: The organ-type accelerator pedal allows the driver’s foot and pedal to follow the same trajectory. Which makes throttle control easier and more accurate.
• High Precision Pressure Sensor with a Maximum Range of 75kg: The MOZA SR-P pedals utilize pressure sensors with a maximum range of 75KG. The pressure sensors will detect the braking pedal stopping pressure . A user can obtain the ideal braking force by controlling the amount of pressure applied on the braking pedal.
• 16-bit High Precision Magnetic Encoder: The brake, clutch and throttle pedals all use 16-bit precision magnetic encoder with 65536 PPR resolution, a much higher resolution and more stable than a Hall sensor.
• Dual Sensor Fusion Algorithm: The brake utilizes a pressure and angle sensor, allowing fine tuning of braking. The initial stage is dominated by the angle sensor, allowing racers to control the braking angle, the mid and last stage is controlled by the pressure sensor, which makes the pedal easier to control.
• Braking Spring and Damping Block Combined: Utilizing both a braking spring and damping block, racers can enjoy more control in the initial stage pedal travel, with a signature stiffness in the final stages of braking, highly simulating a real foot feel.
• Direct connection with PC through USB port: The MOZA SR-P pedals can connect to PC easily through a USB port and calibrate through the MOZA Pit House software. Compatible with all simracing gears in the market.
• Multiple use scenarios: The anti-slip mat at the bottom prevents the pedal from slipping while being used without professional brackets, while being easily applied to more professional setups.
• Detachable Pedal Design: Pedals can be detached and mounted onto other professional brackets with ease. For hardcore users, the pedals can also be reversed.
• Pedal Output Curve Adjustment: MOZA’s Pit House allows for easy configuration of the pedal output curves according to different needs.

SPECIFICATIONS

USER MANUAL

• Access MOZA Racing manuals & downloads here

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100% metal pedals and internal structure
Fully adjustable
Includes optional Conical Rubber Brake Mod

FULLY ADJUSTABLE

3 pedals with adjustable spacing setting (3 positions)
3 pedals with adjustable angle setting (2 positions)
Accelerator pedal with adjustable height setting (2 positions)

PEDALS WITH INDIVIDUAL PRESSURE SETTINGS

Accelerator pedal – approx. 2.5 kg
Brake pedal – approx. 10 kg (without Conical Rubber Brake Mod)
Brake pedal: 15-25 kg, according to your preference
(with Conical Rubber Brake Mod)
Clutch pedal – approx. 5 kg

INCLUDES OPTIONAL CONICAL RUBBER BRAKE MOD

Conical stop made from industrial-grade high-density rubber
Fitted directly beneath the brake pedal
Realistic sensations, with ultra-progressive resistance at the end of pedal’s travel
Adjustable position (and therefore, resistance)

WIDE AND PERFECTLY STABLE

Wide, textured footrest
Weighted pedal set
Perfect stability

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The H.E.A.R.T (HallEffect AccuRate Technology) system — contactless technology without any potentiometers — ensures an unlimited lifespan and optimal accuracy in racing sessions: up to 16-bit resolution, representing 65,536 values per pedal.

UP TO 220 LB / 100 KG OF PRESSURE ON THE LOAD CELL FORCE SENSOR

The brake pedal in the T-LCM Pedals adjusts to your gaming intensity and driving style. You’ll get the perfect amount of braking power according to the force applied on the brake pedal.

ADJUSTABLE MECHANICAL BRAKE FORCE

The included set of 6 springs allows for a multitude of quick adjustments, allowing you to customize the feel on the brake pedal to your liking. Adjust the pressure force for the best fit with your racing setup (desk or table, Wheel Stand Pro, GT cockpit, F1 cockpit, etc.).

INDEPENDENTLY-ADJUSTABLE PEDALS

The positions of the 3 pedals are adjustable in terms of height, inclination and spacing.
The calibration software also lets you electronically adjust the brake force, along with the dead zones for all 3 pedals.

REINFORCED STABILITY

The large, textured foot rest stops your feet from sliding, and prevents inadvertent slips.
Weighing in at more than 11 lb / 5 kg, the heavy-duty pedal set provides stability that you can always depend on.

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LOADS BETTER

Brake with consistency and confidence with the CSL Pedals Load Cell Kit. You’ll be smashing your personal best laps in no time.

FEELING UNDER PRESSURE

A load cell brake system measures pressure rather than travel. This means the pedal feel is much more like braking in a real car, and you’ll quickly improve through muscle memory training.

SOLID RESISTANCE

The elastomer stack on top of the load cell sensor provides a strong, realistic feeling of resistance under compression.

DURABILITY AND PRECISION

Much like the CSL Pedals, the Load Cell Kit features an all-metal design, using a custom-designed load cell sensor.

ADJUSTABLE

The amount of braking force required can be easily tweaked through the Fanatec Tuning Menu (or Fanatec Control Panel on PC)*. The upgraded electronics allows manual calibration of all three pedal axes.

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