Australia · mining · Updated 2026-11-03 · TYI UAV
Open-cut mining operations across the Pilbara, Hunter Valley, and Bowen Basin require frequent geospatial data to manage blast sequences, monitor wall stability, and verify haul-road geometry. A single open-cut pit can expose more than 10 km of haul-road edge requiring daily inspection for berm height, cracking, and drainage blockage. When sourcing a Heavy-Lift VTOL supplier Australia based operators can trust, the airframe must support both high-resolution sensor carry and heavy payload delivery of small mechanical parts to isolated shovels.
Conventional rotorcraft with 30–60 min endurance cannot complete a full pit loop without swapping batteries. The Heavy-Lift VTOL 3800–4800 delivers 240–360 min of flight time, enabling a single sortie to capture overlapping LiDAR strips along the entire haul-road network and still retain reserve for loiter or diversion.
Mine survey and haul-road inspection typically integrate a dual-purpose sensor bay: a 5–9 kg LiDAR scanner for digital terrain model generation, a 2–5 kg EO/IR gimbal for visual defect detection, and a 1–2 kg onboard processing unit. The combined 8–16 kg fits well within the 15–30 kg payload bracket of the Heavy-Lift VTOL 3800–4800. The remaining margin can be allocated to a secondary radio relay or, in delivery mode, to a 10–20 kg spare component such as a hydraulic valve or belt tensioner.
Because the primary use case for this market is heavy payload delivery, the airframe structural hardpoints are reinforced for concentrated point loads, not just distributed sensor weight. Buyers should confirm CG envelope with the OEM.
The published endurance of 240–360 min assumes standard ISA conditions. Australian mines often operate at 40–48°C ambient and 300–800 m elevation. Density altitude degrades propeller thrust and increases power draw. Prudent mission planning deducts a 15–25% energy reserve, leaving approximately 180–306 min of usable survey time. This remains sufficient to map a 12 km haul-road circuit with 30% forward overlap and 50% side overlap for LiDAR.
For BVLOS corridors approved under CASA, the long endurance reduces launch frequency. Fewer takeoffs and landings lower cumulative risk at active mining edges.
Heat accelerates battery degradation and lubricant thinning in servos. Dust in pit bottoms contains fine silica that infiltrates actuator gears. Coastal sites near Dampier or Newcastle expose composites to salt spray. The wingspan of 3800–4800 mm is produced via in-house composite tooling, allowing the OEM to specify UV-stable resin and corrosion-resistant hardware. CE/EAC certification confirms baseline EMC and electrical safety, but buyers should request optional conformal coating for control boards when operating within 5 km of the coast.
The aircraft type is VTOL Fixed-Wing, combining vertical lift rotors with a fixed lifting surface. This removes dependence on graded runways that would intersect haul traffic.
At a typical mine, the UAV launches from a maintenance yard, climbs vertically to above pit rim, transitions to cruise, and follows the haul-road corridor. The 240–360 min endurance supports holding patterns if the ground control link drops. A Heavy-Lift VTOL supplier Australia importer should provide verified lost-link recovery logic tested during in-house flight testing.
Wind in open-cut pits funnels along benches, creating shear. The 3800–4800 mm wingspan yields aspect ratio favorable for gust rejection. Operators must obtain the supplier's tested crosswind limit; as a guideline, fixed-wing VTOL of this class commonly handles 10–12 m/s steady wind, but confirmation from flight test is mandatory before BVLOS filing.
| Parameter | Specification |
|---|---|
| Wingspan | 3800–4800 mm |
| Payload | 15–30 kg |
| Endurance | 240–360 min |
| Type | VTOL Fixed-Wing |
As an OEM/ODM manufacturer, the company operates in-house composite tooling and flight testing ranges. This vertically integrated model means the 3800–4800 mm wing panels are produced under direct quality control, reducing delamination risk under sustained 30 kg payload loads. Export-ready packaging protects the airframe during ocean freight to Australian ports.
CE/EAC marks ease customs clearance in many regions but are not Australian airworthiness certificates. Buyers must prepare CASA UAV certification under Part 101 (excluded category) or Part 102 (certified RPA). A professional Heavy-Lift VTOL supplier Australia partner will supply the airframe's structural test report and electrical schematic to support local certification. Mine-site permits for BVLOS require documented risk assessment; the long endurance and stable platform simplify the safety argument.
Choosing a supplier with export-ready processes reduces dwell time and keeps TCO predictable.
The payload bay must accommodate survey sensors and delivery items without exceeding CG limits. While exact bay dimensions are confirmed per ODM project, the 15–30 kg payload range allows flexible placement. We recommend a front-mounted LiDAR with rear counterweight compute module to balance the 3800–4800 mm wing.
| Module | Weight (kg) | Remaining Payload (kg) |
|---|---|---|
| Base empty payload slot | 0 | 30 (max) |
| LiDAR + EO/IR | 12 | 18 |
| Redundant radio | 2 | 16 |
| Emergency spare part delivery | 10 | 6 |
The above uses the 30 kg upper payload. At the 15 kg minimum payload, operators must restrict to sensors only and cannot perform simultaneous delivery. This trade-off is central to mission design.
For open-cut mine survey and haul-road inspection, the Heavy-Lift VTOL 3800–4800 merges long endurance with meaningful payload. A disciplined Heavy-Lift VTOL supplier Australia selection process focuses on verified specs, local certification support, and corrosion-ready composites.
| Platform | Payload | Endurance | Primary use |
|---|---|---|---|
| Xuntian TY-25 / TY-35 | < 2–10 kg | 160–220 min | Mapping & surveying |
| Heavy-Lift VTOL 3800–4800 | 15–30 kg | 240–360 min | Heavy payload delivery |
| Catapult VTOL 1400–2150 | 2.5–6 kg | 25–40 min | Rapid deployment |
| TY-05 / 05A / 05B Series | 15–50 kg | 70 min – 6–7 h | Long-range survey |
| Question | Answer |
|---|---|
| What payload can the Heavy-Lift VTOL 3800–4800 carry for mine survey? | The aircraft provides 15–30 kg payload. This accommodates an 8–16 kg LiDAR and EO/IR sensor suite plus reserve for delivery of spare parts up to 22 kg at max configuration. |
| How does endurance hold up in Australian heat? | Specified endurance is 240–360 min under standard conditions. In 45°C ambient, plan a 15–25% reserve, leaving roughly 180–306 min usable. Confirm thermal derating with supplier flight data. |
| Do CE/EAC certifications cover Australian CASA approval? | No. CE/EAC indicate export-readiness and EMC/safety baseline. Australian operation requires CASA Part 101 or 102 certification; the OEM should supply structural and electrical files to support this. |
| Why choose a VTOL Fixed-Wing over multirotor for haul-road inspection? | VTOL Fixed-Wing offers runway independence and 240–360 min endurance versus typical multirotor limits. The 3800–4800 mm wingspan adds stability in pit wind shear while carrying 15–30 kg payload. |
TYI UAV — OEM/ODM fixed-wing VTOL manufacturer, CE/EAC certified. The Heavy-Lift VTOL 3800–4800 provides 15–30 kg payload and 240–360 min endurance, enough to carry survey sensors and perform heavy payload delivery across large open-cut mines.