English
لالعربية
Solution
Solution
Rongyixin UAV Solutions
Mission-ready unmanned aerial platforms for work that happens in hard places — one platform family, seven mission configurations, one spare-parts pool and one training system.
2015Founded
7Mission configurations
CE / FCC / ISOCertifications
100%Pre-shipment test
1. Company positioning and core value
Rongyixin is a China-based manufacturer founded in 2015, integrating research and development, precision manufacturing and global distribution of intelligent robots and unmanned aerial vehicles. We build mission-oriented platforms for crews whose work happens in places that are dangerous, remote, or simply too expensive to reach on foot.
Our positioning is deliberately narrow. We do not chase consumer toys. We engineer workhorse platforms — agricultural, cleaning, firefighting, inspection, security and heavy-lift transport — that professional crews can deploy every day and service locally.
Engineering ownership
Airframe design, flight-control algorithms and payload integration are completed in-house by our own senior engineers — so a platform can be reconfigured for a new industry in [X] weeks instead of being rebuilt from zero.
Scenario-driven portfolio
One product family, seven mission configurations. Customers standardise on a single airframe, one spare-parts pool and one training system across multiple departments — where the real saving appears in year two, not at purchase.
Verifiable compliance
Core technologies protected by [X] national patents. Products certified to CE (EU), FCC (US) and ISO quality-management requirements, with a documentation pack for import, registration and tender submission.
Lifecycle service
From pilot programme to fleet scaling: operator training, spare-parts supply, maintenance and lifetime technical support. Uptime is the real product.
2. Shared technology platform
Every product line is built on the same five technology layers. This is what keeps quality consistent and training transferable across the fleet.
Flight control and navigation — GNSS with RTK centimetre-level positioning, redundant IMU, waypoint and corridor automation.
Propulsion and power — high-energy battery packs ([X] Wh), optional hybrid range extender, hot-swap in [X] seconds.
Payload integration — quick-release mounts, stabilised gimbals, one unified power and data interface across the fleet.
Safety — millimetre-wave obstacle avoidance, geofencing, automatic return-to-home on low battery or link loss, optional parachute recovery.
Data and software — mission planning, fleet management, flight-log traceability and optional AI analytics.
3. Capability matrix
| Product line | Typical payload | Core capability | Key technologies |
|---|---|---|---|
| Agricultural UAV | Spray tank [X] L / spreader [X] L | Precision spraying, seeding, crop monitoring | Centrifugal nozzles, closed-loop flow control, terrain following, RTK |
| Cleaning UAV | High-pressure water / soft brush | Façade, PV panel and wind-turbine cleaning | [X] bar adjustable pressure, water-mist atomisation, stabilised standoff flight |
| Firefighting UAV | Thermal + zoom gimbal, [X] kg suppression payload | Reconnaissance, thermal mapping, aerial fire support | Dual-sensor gimbal, heat-resistant airframe, long-range video link |
| Inspection & surveying UAV | [X]× zoom, thermal, optional LiDAR | Power line, pipeline and corridor inspection; mapping | RTK waypoint flight, AI defect recognition, EMI-resistant flight control |
| Police & security UAV | Loudspeaker, spotlight, zoom camera | Situational awareness, crowd monitoring, search and rescue | Night vision, live streaming to command platform |
| Transport UAV | Cargo box [X] L / winch [X] m | Heavy-lift point-to-point delivery | [X] kg payload, redundant power system, precision airdrop |
| Intelligent robots | [pending] | [pending] | [pending] |
4. Typical industry application scenarios
| Industry | Typical mission | Operational outcome |
|---|---|---|
| Agriculture | Spraying, seeding and monitoring on row crops and orchards | Labour replaced at [X] ha/h per aircraft; chemical use reduced [X]% |
| Solar and wind energy | PV panel cleaning, blade and tower inspection | Soiling loss recovered [X]%; no scaffolding, no shutdown |
| Public safety and firefighting | Thermal reconnaissance, high-rise suppression support, SAR | Incident picture in [X] minutes; crew exposure cut [X]% |
| Power and utilities | Transmission and distribution corridor patrol | [X] km/day automated patrol; defects graded and exported automatically |
| Logistics and transport | Heavy-lift delivery to mountains, islands and disaster zones | Delivery time from [X] hours to [X] minutes |
| Industrial inspection | Stacks, chimneys, tanks, bridges, pipelines | Confined-space and work-at-height entries reduced [X]% |
5. Five scenario solutions
Agricultural crop protection
A three-day, twenty-person spraying job becomes one morning for a two-person crew. RTK guidance holds the swath, closed-loop flow control holds the dose, and every hectare is logged — so the application record stands up to audit, not just to memory.
Solar panel cleaning
Two hundred megawatts washed without a single scaffold. The aircraft works at night, recovers soiling loss with up to 85% less water than a manual cycle, and keeps every operator on the ground.
Firefighting
The first ten minutes of an incident are usually blind. This platform delivers an aerial picture in about three minutes instead of twenty: thermal reconnaissance, live video into the command vehicle, and an optional suppression payload that reaches where ladders cannot.
Power line inspection
Corridor patrol covering 25–40 km a day with no climbing and no outage. The output is not a folder of photographs but a graded, geo-tagged defect list that plugs straight into the maintenance system.
Heavy-lift transport
Up to 50 kg delivered point-to-point over 25–40 km, launched from a clearing the size of a parking space. No road, no runway, and no driver on an unstable route — which is exactly the situation when it matters.
6. Customer value and service guarantee
| Item | Commitment |
|---|---|
| Lead time | Standard models [X] working days; customised configurations [X] working days |
| OEM / ODM | Airframe, payload, colour, branding and software localisation available |
| Quality control | Three-stage inspection plus 100% pre-shipment flight testing |
| Warranty | [X] months on airframe; [X] months or [X] cycles on batteries |
| Training | [X]-day operator and maintenance course, on-site or online, with certification |
| Spare parts | [X]-hour dispatch from stock; regional warehouse [location] |
| Technical support | Response within [X] hours, [X] languages, remote diagnostics |
| Compliance pack | CE / FCC / ISO certificates, manuals, maintenance schedule, import documentation |
Ready to talk about your mission?
Tell us the terrain, the payload and the working radius. Our engineering team returns a configuration proposal and a cost-per-unit-of-work estimate within [X] working days.
Tell us your mission — our UAV specialists will match the right platform and payload.
Request a solution proposal →related products
