Hardware engineering
Electronics architecture, schematics, multilayer PCB design, sensor selection, power electronics and embedded computing platforms.
- APPLIED IN
- RAD v1.1 ·SIGNAL REAPER ·RAD ReMote
- VALIDATED TO
- Operational use
ENGINEERING DEFENSE SYSTEMSFOR REAL-WORLD DEPLOYMENT.
Hardware, embedded software, AI, RF, control and system integration — with direct access to field and combat-condition validation.
CORE ENGINEERING CAPABILITIES
Embedded & firmware
Real-time firmware, communication interfaces, device control, power management and low-level system software for constrained targets.
- APPLIED IN
- SIGNAL REAPER ·RAD ReMote ·RAD AA
- VALIDATED TO
- Operational use
Edge AI & computer vision
Dataset preparation, model training, quantisation and on-device inference. Detection, classification and tracking under real sensor conditions.
- APPLIED IN
- RAD AA
- VALIDATED TO
- Bench
RF & communications
RF front ends, power amplification, telemetry and control links, signal detection and specialized radio systems.
- APPLIED IN
- RAD v1.1 ·SIGNAL REAPER ·RAD ReMote
- VALIDATED TO
- Operational use
Autonomous systems & control
Guidance laws, control loops, sensor fusion and the onboard decision logic that lets a system operate without an operator in the loop.
- APPLIED IN
- RAD AA
- VALIDATED TO
- Bench
System & platform integration
Mechanical, electrical and software integration into host platforms — UAVs, vehicles, flight controllers, sensors, payloads and third-party subsystems.
- APPLIED IN
- RAD v1.1 ·SIGNAL REAPER ·RAD ReMote ·RAD AA
- VALIDATED TO
- Operational use
WHAT RAD CAN TAKE OWNERSHIP OF
01
COMPLETE PRODUCT DEVELOPMENT
From initial requirement to a production-ready defense system.
02
SUBSYSTEM DEVELOPMENT
Electronics, embedded AI, RF, control or other specialized modules for an existing product.
03
PLATFORM INTEGRATION
Integration of new technology into UAVs, vehicles and existing defense platforms.
04
TESTING & VALIDATION
Independent development support, field testing, operational validation and engineering iteration.
IN-HOUSE ENGINEERING BASE
Development, assembly and testing are carried out within one organization.
Electronics development
Schematic capture and multilayer PCB layout, including RF and power boards up to 8 layers.
Assembly & prototyping
In-house SMD assembly and rework, mechanical fabrication and enclosure prototyping.
RF & measurement
Spectrum and vector network analysis to 8 GHz, power measurement and shielded bench testing.
Software & AI
Dataset preparation, model training and quantised on-device inference for embedded targets.
Test & validation
Environmental and vibration bench testing, hardware-in-the-loop rigs and field trial access.
HAVE A DEFENSE TECHNOLOGYCHALLENGE TO SOLVE?
Bring us an operational problem, an existing concept or a system that needs to be developed, integrated or validated.