Products
VBOX 4 Data Logger-Single Antenna
VBOX 4 Single Antenna
- Data update rate: 100 Hz
- Position accuracy (RMS): horizontally 5 mm, vertically 10 mm (RTK)
- Velocity accuracy: 0.1 km/h
- Distance accuracy: 0.05% (eq. to ±1.8 cm braking accuracy)
- Communication interfaces: Ethernet, RS232, USB, Bluetooth
- Signal inputs: 2x CAN FD, 1x standard CAN, 4x analog inputs
- Storage: supports large-capacity SD card
- Input voltage rate: 7 – 30 V DC
- Operating temperature: -20°C to +70°C
VBOX 4: The Ultimate 100Hz Vehicle Data Logger
Redefining Data Acquisition with Centimeter-Level Precision and Full CAN FD Fusion.
The VBOX 4 is RACELOGIC's brand-new flagship data logger, built from the ground up for cutting-edge automotive R&D, autonomous vehicle validation, and high-stakes dynamics testing. When precision is everything, VBOX 4 is your ultimate source of truth.
Core Technical Features
1. 100Hz high-frequency GNSS and RTK technology
The VBOX 4 is equipped with a next-generation multi-constellation GNSS receiver operating at an ultra-high sampling rate of 100Hz. Enhanced by Real-Time Kinematic (RTK) technology, the system delivers sub-centimeter positioning accuracy (<1 cm) and exceptional velocity precision (0.1 km/h) under dynamic conditions.
2. Advanced CAN FD Comprehensive Integration
To accommodate the massive, high-speed data streams of modern vehicle architectures, the VBOX 4 features two dedicated CAN FD ports alongside a standard CAN port. Its powerful onboard processing capability enables direct, comprehensive logging of the entire vehicle bus network without the need for channel pre-filtering—ensuring zero data loss during critical development phases.
3. Deeply Coupled IMU Inertial Navigation
The VBOX 4 features an integrated Inertial Measurement Unit (IMU) driven by proprietary deep-coupling algorithms. In GNSS-denied environments—such as tunnels, urban canyons, or dense foliage—the system seamlessly switches to inertial navigation to bridge trajectory gaps, while providing highly precise Pitch, Roll, and Heading dynamic data.
4. Ultra-Precise Brake Testing
When paired with a hardware brake trigger, the VBOX 4 achieves high-precision brake distance measurements with an accuracy window within ±1.8 cm. This exceptional resolution makes it the trusted benchmark for Tier-1 braking performance verification and advanced tire development.
Primary Application Areas
Acceleration and brake testing: 0-100 km/h acceleration, precise braking distance (error ±1.8 cm).
Vehicle dynamics: Measures the slip angle, pitch, and roll of the vehicle.
Tire development: High-frequency speed data and lateral acceleration analysis.
Coastdown tests: These tests involve recording high-precision speed measurements that meet international standards.
Companion Software & Analytics
The VBOX 4 operates in perfect synergy with VBOX Test Suite, our premier analysis software. Designed to transform raw data into actionable insights, it features an intuitive data visualization interface and one-click report generation capabilities.
Equipped with a comprehensive library of pre-configured plugins that fully comply with international standards, including Euro NCAP and ISO protocols.
Drastically reduces post-processing timelines by automating complex calculations, allowing engineering teams to focus on validation rather than data formatting.
Quick Specification Matrix
Redefining Data Acquisition with Centimeter-Level Precision and Full CAN FD Fusion.
The VBOX 4 is RACELOGIC's brand-new flagship data logger, built from the ground up for cutting-edge automotive R&D, autonomous vehicle validation, and high-stakes dynamics testing. When precision is everything, VBOX 4 is your ultimate source of truth.
Core Technical Features
1. 100Hz high-frequency GNSS and RTK technology
The VBOX 4 is equipped with a next-generation multi-constellation GNSS receiver operating at an ultra-high sampling rate of 100Hz. Enhanced by Real-Time Kinematic (RTK) technology, the system delivers sub-centimeter positioning accuracy (<1 cm) and exceptional velocity precision (0.1 km/h) under dynamic conditions.
2. Advanced CAN FD Comprehensive Integration
To accommodate the massive, high-speed data streams of modern vehicle architectures, the VBOX 4 features two dedicated CAN FD ports alongside a standard CAN port. Its powerful onboard processing capability enables direct, comprehensive logging of the entire vehicle bus network without the need for channel pre-filtering—ensuring zero data loss during critical development phases.
3. Deeply Coupled IMU Inertial Navigation
The VBOX 4 features an integrated Inertial Measurement Unit (IMU) driven by proprietary deep-coupling algorithms. In GNSS-denied environments—such as tunnels, urban canyons, or dense foliage—the system seamlessly switches to inertial navigation to bridge trajectory gaps, while providing highly precise Pitch, Roll, and Heading dynamic data.
4. Ultra-Precise Brake Testing
When paired with a hardware brake trigger, the VBOX 4 achieves high-precision brake distance measurements with an accuracy window within ±1.8 cm. This exceptional resolution makes it the trusted benchmark for Tier-1 braking performance verification and advanced tire development.
Primary Application Areas
Acceleration and brake testing: 0-100 km/h acceleration, precise braking distance (error ±1.8 cm).
Vehicle dynamics: Measures the slip angle, pitch, and roll of the vehicle.
Tire development: High-frequency speed data and lateral acceleration analysis.
Coastdown tests: These tests involve recording high-precision speed measurements that meet international standards.
Companion Software & Analytics
The VBOX 4 operates in perfect synergy with VBOX Test Suite, our premier analysis software. Designed to transform raw data into actionable insights, it features an intuitive data visualization interface and one-click report generation capabilities.
Equipped with a comprehensive library of pre-configured plugins that fully comply with international standards, including Euro NCAP and ISO protocols.
Drastically reduces post-processing timelines by automating complex calculations, allowing engineering teams to focus on validation rather than data formatting.
Quick Specification Matrix