We design our own electronics and hardware, which differentiates us from most UAV’s manufacturers on the market, who rely on the integration of off-the-shelf solutions.
“People who are really serious about software should make their own hardware.“
Alan Kay

VIAF405V3-PL is a versatile flight controller designed for seamless compatibility with Betaflight, Ardupilot, and INAV firmware. It features a high-performance power delivery system capable of handling input voltages up to 35V while providing a stable 5V supply.
The board simplifies installation and wiring thanks to an integrated analog switch for dual-camera configurations, as well as controllable 5V/3A and VBAT/1.5A outputs.
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An ESC (Electronic Speed Controller) for BLDC motors, built on AM32 firmware. It supports a continuous current of 55A per motor and handles up to 6S power input. It features a built-in shutdown capability via a Shutdown pin to minimize power consumption when the motors are not in use.

VIAH7CBV1-PL is a modular flight controller fully compatible with PX4 and Ardupilot. It ensures peak reliability through triple IMU redundancy with isolated power paths, alongside built-in sensor heating and vibration isolation systems. Available with eMMC or SD card storage options and housed in a durable aluminum casing, it is fully compliant with the Pixhawk Autopilot Bus (PAB) standard.
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The Airspeed & Compass module is a compact CAN bus-enabled board integrating the RM3100 magnetometer and the DLVR differential pressure sensor, providing precise heading and airspeed measurements. Full compatibility with the DroneCAN protocol ensures reliable and efficient data transmission for modern UAV systems.
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A heated Pitot tube module with CAN bus support, integrating a heater interface (with built-in RTD measurement) and a DLVR differential pressure sensor. Full compatibility with the DroneCAN protocol ensures reliable and efficient data transmission for modern UAV systems. Heating control is implemented via an adjustable step-down converter (DC/DC buck) to minimize electromagnetic interference (EMI).
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Such a platform has advanced embedded electronics, including a flight computer and an AI computer for image/data processing. The platform has cameras used to collect images from the environment. With the embedded computer, the drone can process images in real time, analyze them in real time and make decisions based on the collected data. Thanks to these advanced electronics and onboard computer, the drone is able to perform autonomous missions without constant supervision from an operator or ground station. It can make decisions on its own during flight, allowing it the autonomy to perform tasks according to programmed instructions or conditions detected on the ground.

Our team specializes in designing custom electronic systems tailored to specific client requirements. While our core market revolves around unmanned technologies—including proprietary flight controllers and Electronic Speed Controllers (ESCs)—our expertise extends far beyond drones. We have extensive experience in developing highly reliable electronics for the most demanding environments, including military. From advanced sensor integration and onboard computing to specialized custom electronics for any type of platform, we deliver comprehensive and innovative solutions that elevate your system's performance and capabilities.

We provide advanced mechanical engineering services, focusing on the comprehensive design and construction of drone platforms. Our expertise spans a wide range of systems: from FPV quadcopters to large-scale UAVs with an empty weight of up to 25 kg. We specialize in developing custom mechanical modules and critical structural components engineered for reliability in the most demanding environments. Our team has experience in participating in and executing military projects, where precision and structural integrity are paramount. We deliver innovative designs that bridge the gap between complex engineering and operational excellence.

We specialize in providing extensive programming services that cover AI and embedded technologies specifically designed for drone applications. We're adept at developing bespoke software solutions, empowering our clients to seamlessly integrate intelligent technologies into their workflows and operations. Whether it's fine-tuning AI algorithms or crafting embedded systems, our focus remains on delivering highly optimized software solutions tailored for drone technology. We pride ourselves on complementing our product offerings with intelligent and innovative software solutions.
Wacława Borowego 13, 01-357 Warszawa
+48 531 361 884
contact@via-drone.com
PL8522698512
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