Professional 4WD High-Performance RC Car – Up to 60 km/h | Brushless Drive | FPV Ready

Professional High-Performance 4WD RC Platform
The 3DPrintedSolutionsNL Professional 4WD RC Car is a high-performance, 3D-printed remote-controlled vehicle engineered for speed, durability and modular customization.
Built around a powerful brushless drivetrain and full four-wheel-drive system, this platform is designed for enthusiasts, technical users and professional applications that require a fast, adaptable and repairable RC vehicle.
With speeds of up to approximately 60 km/h, robust suspension and a modular 3D-printed chassis, the vehicle combines high performance with easy component replacement and future upgrades.
Key Features
Full 4WD drivetrain
Up to approximately 60 km/h top speed
High-performance brushless motor system
120A electronic speed controller
High-torque steering servo
Independent suspension system
Large off-road wheels and tyres
Metal drivetrain shafts
Replaceable bearing-supported drivetrain components
Modular 3D-printed chassis
FPV camera compatible
Long-range radio system compatible
Easily serviceable and upgradeable construction
Power System
The vehicle is configured around a high-output brushless powertrain.
Motor
S3670-class brushless motor
Approximately 2850KV
Performance-focused drivetrain configuration
ESC
120A brushless ESC
Designed to handle high acceleration and sustained power demand
Battery
Rechargeable LiPo battery system
Standard configuration: approximately 2200mAh
Larger-capacity battery configurations available for increased runtime
Depending on driving style, terrain, battery capacity and vehicle configuration, runtime can vary significantly.
A larger 5000–6000mAh battery configuration can be selected for customers prioritizing longer driving times over minimum vehicle weight.
Steering & Suspension
The vehicle uses a high-torque steering servo together with a fully suspended 4WD chassis.
Features include:
High-torque servo steering
Four independent shock absorbers
Aluminium shock absorber configuration
Large off-road tyres
Metal drive shafts
Multiple sealed drivetrain bearings
Reinforced mounting points
The suspension provides stability on asphalt, gravel and light off-road terrain while keeping the vehicle controllable at higher speeds.
Long-Range Control Option
The vehicle can be supplied with an upgraded ExpressLRS 2.4GHz control system.
Recommended configuration:
RadioMaster Pocket ELRS transmitter
ELRS PWM vehicle receiver
Low-latency digital control link
Telemetry-compatible architecture
Significantly improved control-link capability compared with basic toy-grade RC systems
Actual usable range depends on terrain, antenna placement, local radio conditions and line of sight.
FPV Live Camera Option
An optional onboard FPV system allows the vehicle to be driven from the driver's perspective.
The FPV configuration can include:
Front-mounted FPV camera
5.8GHz analogue video transmitter
Vehicle-mounted FPV antenna
Low-latency live video
FPV goggles or external FPV monitor
Dedicated voltage regulator / BEC
Analogue FPV is used because it provides very low video latency, making it particularly suitable for fast RC driving.
Payload & Utility Capability
In addition to recreational driving, the platform can be configured to carry lightweight equipment.
Typical additions may include:
FPV cameras
Action cameras
Environmental sensors
Lighting
Compact electronics
Raspberry Pi or microcontroller systems
Inspection equipment
Experimental robotics hardware
For reliable general use, approximately 1–2 kg of additional payload should be considered a practical design target rather than a guaranteed certified payload rating.
Higher loads may require drivetrain, suspension, gearing and chassis modifications.
3D-Printed Modular Construction
The chassis is manufactured primarily using additive manufacturing.
Depending on customer requirements, components can be produced using materials such as:
PETG
PLA+
TPU for flexible components
Engineering-grade reinforced polymers for selected high-stress components
Because the chassis is modular, damaged components can often be replaced individually instead of replacing the complete vehicle.
This also makes the platform ideal for:
Prototyping
Robotics development
Educational engineering
RC experimentation
Sensor integration
Custom projects
Approximate Technical Specifications
Drive: 4WD
Maximum Speed: Up to approximately 60 km/h
Motor: S3670-class brushless, approximately 2850KV
ESC: 120A brushless
Steering: High-torque servo
Suspension: Independent shock absorber system
Construction: Modular 3D-printed chassis with metal drivetrain hardware
Radio: Standard RC or optional ExpressLRS
Video: Optional 5.8GHz FPV
Battery: LiPo
Standard Battery Capacity: approximately 2200mAh
Extended Battery Option: approximately 5000–6000mAh
Estimated Standard Runtime: approximately 10–20 minutes depending on use
Extended Runtime Configuration: potentially 30–45 minutes depending on battery, terrain and driving style
Practical Additional Payload Target: approximately 1–2 kg
Tyres: Large off-road RC tyres
Built to Order
Each vehicle can be assembled according to customer requirements.
Available options include:
Standard RC configuration
Long-range ELRS control
FPV live-view system
Larger-capacity battery
Upgraded drivetrain components
Reinforced printed components
Custom colour combinations
Camera mounts
Sensor mounts
Lighting systems
Custom electronics integration
Made by 3DPrintedSolutionsNL
Every platform is assembled with a focus on modularity, serviceability and technical performance.
This is not a conventional toy-grade RC car. It is a configurable high-performance RC platform designed for customers who value speed, repairability, customization and engineering flexibility.
Custom configurations available on request.