our applications
Land
Steering Wheels & Dashboards: Connected Displays and Mission-Critical Computing
To boost the performance of our steering wheels and dashboards, XAP Engineering has developed intelligent multi-processor architectures that significantly increase processing power.
By strictly separating graphics management from critical control functions, we have eliminated any risk of system lockups and ensured flawless real-time operation. This highly resilient approach overcomes traditional hardware limitations, offering absolute stability and modularity ready for future upgrades.
air
SIRIUS 20 – SIRIUS 50
We design short- and medium-range air transport solutions tailored for critical logistics and emergency response missions.
Our design office has developed an open and reconfigurable platform capable of integrating multiple propulsion architectures: multirotor, 100% electric, or hybrid.
This multi-propulsion approach optimizes payload capacity, range, and stability for each mission profile, while simplifying maintenance and the integration of future technologies.
sea
Marine environments impose particularly severe constraints: humidity, corrosion, vibrations, and electromagnetic interference. To meet these requirements, XAP designs robust, connected, and ruggedized embedded electronic systems for professional, industrial, and specialized marine applications.
Our engineering department develops communication and power management architectures that reliably interconnect all onboard equipment: sensors, computers, navigation systems, operator interfaces, and propulsion systems. Thanks to our expertise in CAN bus and maritime protocols such as NMEA, we ensure secure and high-performance data exchange under real-world conditions.
These architectures offer numerous advantages: reduced cabling and installation time, simplified maintenance, energy optimization, and equipment scalability. Our goal is to provide intelligent, modular, and sustainable marine solutions capable of supporting our customers’ technological and operational evolutions over the long term.
Powertrain Architecture and Propulsion
PowerBox: Intelligent Power Distribution
We design state-of-the-art electronic power distribution and protection units, replacing traditional fuses and relays with the latest generation of power transistors.
Each output benefits from individual protection via current thresholds that are fully configurable in real time.
This technology secures the power supply for your embedded systems, optimizes wiring, and guarantees absolute reliability of your electrical systems under extreme conditions.
Inverters:
We design and manufacture high-performance inverters tailored to the extreme demands of competition.
By integrating state-of-the-art SiC components, our architectures drastically reduce energy losses and push power density to new limits under high voltages ranging from 400 V to 800 V.
Housed in ultra-compact and lightweight enclosures, our inverters feature innovative liquid cooling to manage heat dissipation and ensure maximum efficiency.
Energy storage
As a natural extension of our expertise in power conversion, we design robust, modular, and scalable energy storage systems.
Our engineering team has expertise across the entire value chain: from electronic control to the deployment of high-performance batteries tailored to demanding industrial environments.
By combining advanced thermal management with intelligent monitoring, we develop customized solutions that optimize runtime and ensure secure energy distribution.
Retrofit Kit
We design standardized retrofit kits to convert your internal combustion engine vehicles into high-performance electric vehicles.
Our engineering team rises to this challenge by optimizing battery placement to maintain proper weight distribution, while preserving the original braking system and vehicle structure.
From integrating the new powertrain to providing certified training for technicians, we guarantee safe, reliable operations that comply with regulatory requirements.