Autonomous Driving
In the era of autonomous driving, braking is no longer just about stopping — it's about ensuring safety in every possible scenario. As vehicles take on more responsibility, redundancy in braking becomes essential.
LSP’s redundant brake-by-wire architecture is engineered to meet the highest safety demands of SAE Level 3+. Designed with redundant actuation and communication strategy, along with fail-operational capability, our system ensures the vehicle can maintain safe operation even in the event of system degradation.
We offer a robust 2-box solution XBC for SAE Levels 3+ and are developing a scalable Modular System Architecture (MSA) with IPGATE. Our braking systems are built to do more than stop — they safeguard the future of autonomous mobility.
XBC - ENGINEERED FOR AUTONOMOUS DRIVING - COMBINING SAFETY, SYSTEM REDUNDANCY, AND A MODULAR DESIGN FOR SEAMLESS INTEGRATION AND FAIL- OPERATIONAL FUNCTIONALITY.
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Benchmark in redundancies
- Dual Pressure Sources: 2 fully redundant Brake pressure actuators
- Higher system availability: max deceleration possible in many degraded modes
- System Redundancy: Additional redundancies with Regen and EPB
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Best in class features
- Safety Compliance: ASIL-D functional safety compliant as per ISO 26262
- Robust Diagnostics: Real-time safety and fault checks
- EE Architectures: Benefit from a smart, seamless fit across all EE architecture for versatility
- Low Noise levels
- Compact Packaging
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Full system modularity
- Scalability of system parameters
- A variety of hydraulic layouts
- Ready for autonomous driving
-
Benchmark in redundancies
- Dual Pressure Sources: 2 fully redundant Brake pressure actuators
- Higher system availability: max deceleration possible in many degraded modes
- System Redundancy: Additional redundancies with Regen and EPB
-
Best in class features
- Safety Compliance: ASIL-D functional safety compliant as per ISO 26262
- Robust Diagnostics: Real-time safety and fault checks
- EE Architectures: Benefit from a smart, seamless fit across all EE architecture for versatility
- Low Noise levels
- Compact Packaging
-
Full system modularity
- Scalability of system parameters
- A variety of hydraulic layouts
- Ready for autonomous driving
Key Data XBC
| Parameter | Value |
|---|---|
| Max. caliper volume supported | 15 - 20 cm3 |
| Max. output pressure | 120 bar |
| Max. pressure without damage | 180 bar |
| Max. local pressure gradient | > 600 bar/sec |
| Time to lock (0 to 80 bar) | < 150 ms |
| Time to revlease (80 to 0 bar) | < 150 ms |
| Pressure control accuracy (constant target @ 100 bar) | +/- 1 bar |
| System input voltage | 10 - 18 V |
| Max. power consumption | 800 W |
| Packaging Volume | < 4 L |
| System mass | < 4,5 kg |
SETTING BENCHMARK IN REDUNDANCIES, SAFETY AND PERFORMANCE FOR AUTONOMOUS DRIVING
LSP’s new XBC system brings decades of braking expertise from motorsport, passenger cars, and hypercars into a cutting-edge solution for autonomous driving. Designed for flexibility and easy integration, XBC offers autonomous vehicle developers a fully redundant, safe, high-performance and future-ready braking system.
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You are looking for an experienced partner for pre-development and are interested in our braking systems? We look forward to your inquiry!