Review Display Systems

Rugged Displays & Custom HMI Solutions

RDS’ ultra-rugged and highly resilient visual display screens and touch screens are ideal for UAV and robotic vehicle ground control stations and handheld controllers, providing superior situational awareness and responsive command and control in demanding and unpredictable conditions.

Many RDS displays and enclosures meet MIL-STD-810 and MIL-STD-461 standards for resistance to environmental stressors and EMI, with IP65/IP68 ratings for dust and water ingress protection.

TFT LCD Display Panel Solutions

• Sizes available from 0.96 to 32″
• Resolutions from 320×240 to 4K
• Special formats available including square, round, ultra-wide, curved and irregularly-shaped
• Touch-panel technologies including PCAP, resistive, IR touch frames, and custom for specific glove types and operating conditions
• Custom cover glass & optical enhancements including chemical strengthening, specialized coatings and optical bonding
• Bespoke metalwork & mechanical integrations including VESA mount compatibility, IP sealing, and thermal management

OLED Display Solutions

• Sizes from ultra-compact 0.56″ character displays to large 32″ 4K models
• Special shapes & formats including flexible, transparent, printed, and bar-type/stretched
• PCAP touch-panel options including resistive overlays & integrated controllers/firmware
• Custom cover glass & optical enhancements including strengthening and specialized coatings
• Bespoke metalwork & mechanical integrations including EMI shielding, thermal management, IP65+ sealing & custom housings

More info: Rugged Displays & Custom HMI Solutions

Mission-Critical Embedded Systems for UxVs

RDS’ cutting-edge tailored embedded computing platforms provide the secure low-latency processing capabilities required for drone and robotics C2 (command and control), autonomy, and sensor fusion. Built to perform under highly demanding conditions, these low-SWaP solutions offer a wide range of essential capabilities including secure boot, TPM modules, and advanced encryption.

RDS can customise embedded systems to your exact specifications, providing fully integrated systems that are ready for deployment. OS options include Windows, Linux, Android, and RTOS, with custom drivers for your external hardware. Secure over-the-air firmware updates can be provided for remote maintenance and scalability.

x86 Embedded Systems

• Wide range of form factors from SMARC & Qseven up to COM Express & Mini-ITX
• Processing options from ultra-low (6-35W) up to server- and desktop-grade systems for AI
• Advanced thermal design including full CFD modeling
• Full mechanical customisation including custom I/O plates, sealed chassis & shock mounting
• Fully custom cable looms & connectivity solutions

ARM Embedded Systems

• Wide range of single-board computer, SoM and integrated HMI form factors
• Scalable processing power from miniature microcontrollers to multicore AI processing SoCs
• Customisation options include thermal management, cabling, enclosures & input devices

More info: Embedded Systems for Mission-Critical Operations

Defense-Grade IoT and AI Solutions

RDS designs and develops secure IoT solutions that integrate hardware, software, and connectivity to provide tracking and communications for mission-critical drones and robotics.

IoT hardware is built to withstand harsh environmental conditions, utilizing the latest edge computing devices and seamless sensor integration. Custom software solutions support real-time processing and powerful analytics, enabling smarter decision-making and operational efficiency. Secure data transmission can be provided via a wide range of protocols and technologies including LoRa, Zigbee, WiFi, Modbus, 4G/5G, NB-IoT, and LoRaWAN.

RDS can also integrate cutting-edge AI and machine learning capabilities for advanced applications such as threat detection and identification, predictive maintenance, and autonomous navigation.

More info: IoT & AI for Defence Applications

Custom Cables & Connectivity Solutions

RDS provides custom cable assemblies and interconnects for UAVs and unmanned systems that ensure flawless connectivity in the most challenging of operating conditions, overcoming the problems of signal degradation and physical wear and tear.

Capabilities include:

• Rugged Interconnects – overmolded, IP68-rated, and high-flex cable assemblies for reliable data and power transmission
• EMI-Shielded Connectors – connectors for RF, LVDS, and secure communication protocols that ensure signal integrity in EMI-heavy environments
• System Integration – seamless connectivity between embedded systems, peripherals, and drone and robotics hardware

More info: Custom Cable & Connectivity Solutions

Design, Engineering & Manufacturing Services

RDS partners with clients to take complex designs for bespoke UAV and robotics systems and equipment and transform them into full deployment-ready solutions. With cutting-edge in-house manufacturing facilities, the company provides end-to-end services that accelerate the development lifecycle while ensuring that every component is rigorously validated for reliable operation in demanding unmanned systems operating environments.

Capabilities include:

• In-house 3D printing, PCB assembly, and rugged enclosure fabrication
• Rigorous environmental, EMI, and shock/vibration testing to meet MIL-STD-810, MIL-STD-461, and ITAR compliance requirements
• Scalable production from low-volume prototypes to high-volume manufacturing, with full supply chain management & obsolescence planning

EU Cyber Resilience Act (CRA) Compliance

The EU Cyber Resilience Act (CRA) introduces mandatory cybersecurity requirements for products with digital elements sold into the EU. From December 2027, products that don’t meet CRA requirements cannot be legally placed on the EU market.

RDS helps customers reduce risk and complexity by:

• Understanding what CRA means for your specific products
• Selecting and supplying compliant hardware and software
• Designing security-ready platforms from the outset
• Supporting documentation and lifecycle considerations