Pop vault editin develops ultra-dense track architectures, generative carbon composites, and sub-millisecond telemetry stacks engineered for supreme kinetic output.
Each system is machined to exact tolerances and benchmarked over millions of virtual stress-cycles.
800V dual-inverter architecture with instant torque vectoring and regenerative aero-braking dampeners.
Autonomous ground-effect venturi channels balancing downforce across variable corner entry speeds.
Live predictive tyre slip analysis, thermal heatmaps, and millisecond brake-bias micro-adjustments.
Direct laboratory-tested engineering output across our three primary platform branches.
| Engineering Attribute | HT-900 Electric | AeroGrid Monocoque | PopTelemetry AI Unit |
|---|---|---|---|
| Primary Substrate | Solid-Electrolyte Li-Ion / Ti Alloy | T1000 High-Modulus Carbon | Ceramic Core FPGA / RISC-V |
| Operational Temperature Range | -25°C to 110°C Nominal | -50°C to 280°C Rated | -40°C to 125°C Ambient |
| Telemetry Bus Interface | Dual FlexRay + CAN-FD | Embedded Fibre-Bragg Strain | Ethernet 10Gbps + 5G Telemetry |
| Homologation Rating | FIA Grade 1 Compatible | FIA Structural Crash Test Pass | ISO 26262 ASIL-D Compliant |
| Service Interval | 12,000 Track KM | Inspect Per Season | Over-The-Air Continuous |
"The torque vectoring responsiveness on the HT-900 is unlike any conventional combustion system. We chopped 2.1 seconds off our qualifying sector times in the first outing."
"Pop vault editin delivered our bespoke monocoque tub three weeks ahead of schedule. The torsional rigidity surpassed our computational fluid dynamic projections by 14%."
"The edge AI telemetry module isolates tyre degradation spikes before the driver even perceives the grip drop. It has redefined our entire endurance pit strategy."
Select your tier of technical deployment, telemetry integration, and trackside support.
Complete edge ECU hardware, real-time CAN-bus data analytics, and cloud predictive suite.
Carbon fiber safety cell, integrated active winglets, and suspension mount pick-points.
Complete track-ready high-voltage electric hypercar build with dedicated paddock engineering.
Platform fabrication typically requires 8 to 12 weeks from technical blueprint lock. Pre-assembled rolling chassis with pre-calibrated suspension geometry can be dispatched to customer facilities across the UK and Europe within 14 business days.
Yes. The PopTelemetry unit features standard CAN-FD, FlexRay, and Gigabit Ethernet interfaces. It connects natively with standard MoTeC, Cosworth, and Bosch steering wheel displays and logging systems.
Our monocoque designs satisfy FIA Appendix J structural deformation criteria and ISO 26262 ASIL-D functional safety specifications for prototype racing and track-day applications.
Yes. Technical directors and racing teams can schedule private consultations and wind-tunnel review sessions at our primary workshop situated at 1 Stephen Street, Fitzrovia, London.