BVQ418

About

About BVQ418

BVQ418 is a portable Class 3 quadcopter designed for inspection, monitoring, emergency response and modular payload work. Beyond Vision states up to 90 minutes of flight autonomy and IP54 protection, allowing the aircraft to support longer outdoor missions in rain and dusty conditions. An onboard RTK GNSS module fuses GPS, GLONASS, Galileo, BeiDou and QZSS measurements and is presented with positioning error down to about 5 cm.

The communications stack combines Wi-Fi, Bluetooth, 4G and 5G with a point-to-point radio option stated at up to 100 km. Cellular coverage can extend the control link beyond the local radio footprint, but does not by itself grant unrestricted operational range or regulatory BVLOS approval. Beyond Vision lists more than 40 compatible payloads for cameras, communications and specialist sensing. Tool-free assembly and a portable design target field deployment for infrastructure inspection, security sweeps, fire prevention and search-and-rescue support.

Timeline

  • Beyond Vision and Gremsy showcase integrated BVQ418 VIO payload solution

    2026-06-17 - Partnership - Gremsy integrated its VIO visual-and-thermal imaging payload with Beyond Vision's BVQ418 Smart Quadcopter for the Eurosatory showcase. The companies positioned the system for public safety, emergency response, search and rescue, infrastructure inspection and situational awareness. A memorandum of understanding signed on June 16 established joint product-integration, technical-evaluation and testing work.

    Source
  • Beyond Vision demonstrates BVQ418 drone autonomy at REPMUS

    2025-10-24 - Demonstration - Beyond Vision tested a magnetic-anomaly-detection payload on BVQ418 for identifying submarines and mines without relying on sonar. The exercise also tested ISR camera payloads for distinguishing moving objects and providing real-time operational imagery. Beyond Vision integrated next-generation communications antennas to improve connectivity and resilience during maritime operations.

    Source

Context

Comparable Systems