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A drone research and development company needs to complete a new generation of inspection drones.Machine TestingThe first step is to validate its performance in complex environments:
Multi-sensor fusion performance
The test scene needs to be covered:
Mountainous terrain(Signal blocking is frequent)
Conventional field flight testing is limited byWeather conditions, airspace approvals, safety risks, and non-reproducible test scenariosThe R&D program has not been able to satisfy the needs of modern R&D.High efficiency and controllabilityThe needs of the
To solve these problems, companies are turning toLaboratory Simulation Test ProgrambyHONGKE Simulation and Automation Test PlatformIt is the first time in the world that we have realized full-scene coverage and accurate verification.
Hongke GNSS Simulator GTS-P7
✓ Optimized multi-instance hardware architecture
✓ Support for simulation 6 independent GNSS test sites
GTS-P7 It is a set based on Skydel s** Positioning, Navigation and Timing (PNT)** test solution provides high specification GNSS signal simulation capabilities in an easy-to-use, one-stop, small footprint format.
The system has 1000 Hz analog iteration rateSupport for Kodak 700 satellite channelsThe following is a list of the most common features that can be realizedHighly dynamic, real-time synchronized signal simulationandFull Field of View Satellite Signal CoverageThe Simultaneous SupportMulti-constellation, multi-band GNSS simulationIt can also be programmed to simulateAll existing and future GNSS signalsThe
GNSS Simulation Software
✓ Support for major GNSS constellations and frequency bands worldwide
✓ Support multi-vehicle and multi-antenna simulation testing
Skydel simulation engineCombines the performance of a high-end GNSS simulator with the flexibility and cost-effectiveness of the **Software Definition Architecture (SDA)** for a complete and rich feature set, including:
The platform supportsMultiple RF output channelsandThousands of simulated satellite channelsHe is also capable of high level system integration and software development.
HONGKE GNSS simulation automation test platform
✓ Provides automated testing capabilities that meet industry standards
The HONGKE GNSS simulator can be used as a stand-alone system or combined with the HONGKE GNSS simulator.Automated Standard Validation ToolsEmbedded deployment for standards implementationOne-Click Scene Configuration and Global ControlThe company is responsible for completing testing and validation to meet standard requirements and supportingAutomatic test report generation and exportIt is easy to retain and trace.
All tests are conducted inLaboratory EnvironmentThis is accomplished without the need for actual flight operations, ensuring that theTest safety and high reproducibilityThe
1. Static calibration
Simulated Satellite Elevation Angle 0°-90° Full coverage
Dynamically adjusts multi-constellation signal strength (-130 dBm to +20 dBm)
Verify drone cold-start positioning accuracy (target.):< 1 m RMS)
2. Dynamic flight simulation
Generation of specific trajectories: S-courses, sharp turns (radius < 10 m), climbs/dives (acceleration ±5 g)
Testing in high dynamic environments DOP value stabilizationTrouble with heading control
3. anti-interference test
GNSS Simulator Synchronized OutputIn-band/out-of-band interference signals
Includes narrowband, broadband and pulsed interference.
Verification of receiver positioning availability and resilience in interference environments
4. RTK positioning accuracy test
Analog base station and mobile station differential signaling
Introducing Dynamic Baseline Changes and Network Latency
Verification RTK centimeter positioningReliability in high-precision operations
★ Excellent performance indicators
✓ Seamless switching and combining of multiple constellations, supporting the free matching of the four global systems.
✓ High-precision performance.Artificial distance accuracy ≤ 1 mm
✓ Complete anti-interference testing capability, supporting multiple interference signal combinations, superposition and false-coordinate simulation
★ Significant efficiency gains
✓ Covered in a single test 10 Typical Scenes
✓ Traditional field test takes about 10 days → Laboratory test only 8 hours
✓ Failure Recovery Rate Increased to 100%The system can accurately play back anomaly traces and quickly locate the problem.
★ Significant cost optimization
✓ Lower cost of airspace applications 90%
✓ Lower depreciation costs for field labor and equipment 40%
✓ Shorter test cycles 70% Above
The test solution has been successfully applied to a number of drone sub-areas:
★ Logistics Drones
✓ Power Line Obstacle Avoidance and Autonomous Return Test in Simulated Mountainous Complex Terrain
✓ Validate inertial navigation relay capability after loss of GNSS signals during long distance flights
★ Inspection Drones
✓ Bonding 5G Return LinkVerify low latency (< 50 ms) path planning and obstacle avoidance responses.
✓ Multi-sensor fusion testing (GNSS + IMU + Visual SLAM) Consistency Assessment
based onSoftware Definition Architecture (SDA)(math.) genusHONGKE GNSS SimulatorEffectively solves the problem of drone testingUncontrollable environment, high cost, long cycle timeand other core pain points. ItsMulti-constellation co-simulation, RTK high-precision positioning test and multi-sensor fusion verification capabilitiesIt has become an important industry tool in the development of smart aircraft.
Looking ahead, the combination of AI-Driven Adaptive Scene Generation(e.g., deep learning-based interference pattern prediction) will further drive drone testing towardIntelligence and AutomationDevelopment.
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Analyze the effect of Gaussian noise in HONGKE GNSS simulators on positioning performance. Learn how to improve receiver performance and positioning accuracy through scientific simulation for Hong Kong and Southeast Asia B2B technology test environments.
