Modular Payloads.
Built for Your Drones.

Bring RF sensing to your drone. Connect field measurements, onboard computing, and remote engineering teams through one integrated solution.
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One Modular Platform
Multiple RF Applications

Configure your payload for spectrum analysis, antenna measurements, RF geolocation, and radar sensing.

Spectrum Analysis

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Survey the RF environment, monitor signal activity, and investigate interference. Capture measurements with time and location information to compare spectrum conditions across different positions, altitudes, and survey periods.

Antenna Measurements

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Measure radiated signal strength across different positions, altitudes, and angles. Use calibrated setups and defined flight paths to assess antenna performance, verify coverage, and compare results before and after installation.

RF
Geolocation

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Support RF source localization using measurements collected at multiple positions. Configure antennas, receivers, and positioning or timing hardware to suit the localization method, operating environment, and required level of accuracy.

Radar
Sensing

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Integrate radar hardware for range measurements, target detection, and surface mapping. Configure the radar, onboard processing, and data collection to suit the mission, flight profile, and characteristics of the environment.

Connected Infrastructure for 

Drone RF Missions

Connect onboard RF hardware with engineering teams. Bring field measurements, mission context, analysis, and collaboration into one shared platform.

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Real-Time Remote Collaboration

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Enable engineers, test teams, and stakeholders to access instruments remotely, share measurements, and troubleshoot systems in real time without being physically present in the lab.

Real-Time Remote Collaboration

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Connect field operators and remote RF engineers during a mission. Share measurements, review instrument settings, and investigate unexpected signals together through an available data link.
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Write your awesome label here.

Real-Time Mission Visibility

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Give engineering teams a shared view of RF measurements and survey progress. Review incoming results, identify measurement issues, and make informed decisions while the drone is in the field.

Connected RF Workflows

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Bring measurement acquisition, position data, analysis, and reporting into one connected workflow. Reduce manual handoffs and keep each RF result linked to its settings and flight context.
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Connected RF Workflows

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Bring measurements, data analysis, reporting, and collaboration into a unified workflow that improves efficiency and reduces delays throughout product development.
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Preserve Mission Knowledge

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Centralize measurement data, payload configurations, calibration records, and mission notes. Keep survey history accessible so teams can reproduce setups, compare flights, and build on previous field experience.

Real-World Drone Applications 

Bring RF measurements to the locations that matter. Quaxys modular payloads support field surveys, antenna assessment, interference investigation, and radar sensing—with connected workflows for operators and remote engineering teams.

Wireless Site
Surveys

Survey signal levels and spectrum activity across a site. Compare measurements at different positions and altitudes to support wireless planning and coverage assessment.

Interference Investigation

Investigate unwanted emissions and changes in the RF environment. Collect position-tagged measurements to support source localization and guide further investigation.

Antenna Assessment

Sample radiated signals around installed antennas. Use calibrated measurements and defined flight paths to assess coverage, compare configurations, and investigate unexpected performance.

Satellite Ground Station

Support field assessment of ground-station antennas and their RF surroundings. Collect spatial measurements to investigate interference and compare signals under defined test conditions.

Broadcast & Communications

Measure received signals around broadcast and communications infrastructure. Compare results across locations and elevations to investigate coverage variations and assess installation changes.

Radar & Infrastructure Sensing

Configure radar payloads for range measurements, target detection, or infrastructure surveys. Select sensing hardware and processing around the structure, environment, and inspection objective.

RF System Field Validation

Evaluate RF systems in their operating environment. Compare field measurements with laboratory results to investigate installation effects, environmental changes, and unexpected system behavior.

Research & Development

Support experiments in airborne RF sensing, antenna measurements, and radar. Adapt payload configurations and retain measurement context for repeatable studies and collaborative analysis.

Remote Customer Demonstrations

Bring customers and technical specialists into field measurement sessions remotely. Share incoming results over an available connection and review findings together during the demonstration.
Connected Field Engineering

Bring Your RF Team Into the Field

Extend the Quaxys Measurement Hub approach to drone missions. Connect field operators with remote engineers and keep measurements, configurations, and mission knowledge in one shared workflow.
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Build Faster.
Collaborate Better.
Access RF Hardware Anywhere.

Give your engineers instant access to real RF instruments, centralized workflows, and real-time collaboration—without the limitations of a traditional lab.

Real RF Hardware

Remote Access

Real-Time Collaboration

Centralized Workflows

At Quaxys, we believe the future of engineering is connected, collaborative, and accessible. We empower teams to remotely access real hardware, share knowledge, and accelerate development from anywhere in the world.

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