Communication hardware for your platform
Triterria provides RF hardware and firmware engineering, radio PCB design and antenna design as part of its UAV and embedded product development capabilities. Bring your communication needs, installation constraints and intended markets into a single design brief.
Discuss a custom radio or remote control PCB, the interfaces it needs to support and the constraints imposed by the host product.
Connect the radio hardware with the embedded platform, control software and operator workflow required by the application.
Review the antenna requirement alongside the enclosure, mounting location, connected hardware and operating environment.
Define interference resilience and anti-jamming requirements as an engineering evaluation scope. Performance depends on the complete platform and agreed test conditions.
For UAV, industrial and embedded product teams
A communication subsystem must fit the product it serves. This service is for teams that need custom radio hardware, an antenna adapted to a particular installation or engineering support across RF hardware and firmware. Applications include UAV communication, remote control electronics and connected embedded products.
Our portfolio includes remote control PCBs, drone RF PCBs, SDR and antenna design. The starting point for a new engagement is the required communication task, the existing platform and the physical constraints of the installation.
Scope the complete integration
Describe what needs to be communicated, which equipment exchanges it and how the operator uses the information. Identify the existing radio hardware, host interfaces, enclosure and antenna location. If replacing an existing subsystem, explain what needs to change and what must remain compatible.
State the intended countries of operation so the engineering discussion includes the relevant spectrum and product requirements. Frequency, transmit power and regulatory permissions need project-specific review; a custom hardware design is not itself permission to operate a radio system.
Separate design goals from validated performance
Range, reliability and interference resilience are requirements to evaluate under defined conditions. If you need an anti-jamming or GPS-denied application, describe the operational objective and the evidence needed for acceptance. We discuss the development and validation boundary before quoting a design scope.
A useful handover can include agreed hardware design files, firmware changes, interface notes and test documentation, depending on the engagement. Agree ownership, technology transfer and the responsibility for any external testing in the project scope.
Prepare an RF or antenna enquiry
- The product, application and intended operating countries.
- Existing radio hardware, antenna and host interfaces, if any.
- Size, enclosure, mounting and power constraints.
- The communication requirement and the current integration problem.
- The prototype quantity, target milestone and required handover.
See avionics and power electronics work, embedded hardware and firmware development and custom UAV platforms. For a board-led project, use the embedded hardware project brief.
Partnership Models
for Scalable Innovation
Choose a collaboration model that fits your goals — from concept to deployment.
We work with startups, enterprises, and research teams to build cutting-edge solutions.
Engage with us through flexible models designed for innovation, support, and scale.
Prototype Design &
Rapid Development
Ideal for startups and R&D teams testing robotics, UAVs, or embedded concepts.
Integrated Systems &
Product Engineering
Comprehensive hardware, firmware, and AI integration for autonomous platforms.
AI, Autonomy &
Software Solutions
Development of AI, perception, control, and navigation systems for robotics.
Enterprise Consulting &
Certification Support
Compliance audits, testing, DGCA and Type certification engineering assistance.