India · agriculture · Updated 2026-11-04 · TYI UAV
Monitoring crop health across extensive Indian agricultural zones, from the wheat belts of the north to the rice paddies of the south, requires an airframe that can carry scientific payloads, survive harsh ambient conditions, and cover long transects without frequent battery swaps. A Heavy-Lift VTOL supplier India must deliver an aircraft sized for continuous BVLOS operation. The model we recommend, the Heavy-Lift VTOL 3800–4800, is a VTOL Fixed-Wing with a wingspan of 3800–4800 mm, payload of 15–30 kg, and endurance of 240–360 min.
Small multirotors with 5–10 kg limits cannot simultaneously host EO, IR, LiDAR, and physical sampling systems. For large farmland, the cost per hectare drops when one sortie returns both spectral and physical data. This is why selecting a Heavy-Lift VTOL supplier India with OEM/ODM capability matters.
The Heavy-Lift VTOL 3800–4800 provides a payload of 15–30 kg and endurance of 240–360 min. This VTOL Fixed-Wing configuration merges runway-independent takeoff with fixed-wing efficiency, suitable for remote fields without prepared strips.
Crop health monitoring benefits from simultaneous EO, IR, LiDAR, and multispectral arrays. With 15–30 kg capacity, the airframe carries a full sensor suite plus environmental probes or physical leaf-sample canisters. The table below shows generic allocation within the certified payload envelope.
| Payload Range (kg) | Typical Configuration | Operational Note |
|---|---|---|
| 15–20 | EO/IR + multispectral + LiDAR | Reserve for avionics and parachute |
| 20–30 | Above plus soil/sap sample canisters | Enables closed-loop agronomy per sortie |
These are planning ranges; exact sensor weights must be summed to stay within 15–30 kg and within CG limits defined by the OEM.
Endurance of 240–360 min is specified under nominal conditions. In Indian summer, density altitude and heat reduce effective lift; operators should plan a conservative return reserve. The wingspan of 3800–4800 mm provides gliding margin if a power segment degrades. A realistic mission plan might allocate 80% of endurance to survey and 20% to contingency.
Heavy-lift does not remove the need for power budgeting. Sensors such as LiDAR and EO/IR draw significant current. The 15–30 kg payload includes the weight of batteries or generators carried for sensors. Buyers should request a power budget template from the Heavy-Lift VTOL supplier India to confirm simultaneous operation of all modules during the 240–360 min flight.
India’s UAS framework requires remote pilot certification and, for large farmland, BVLOS approval. A CE/EAC certified OEM product signals baseline quality, but buyers must confirm DGCA acceptance and obtain state-level permissions. The Heavy-Lift VTOL 3800–4800 is exported as a completed VTOL Fixed-Wing system with flight-test records from in-house testing.
As an OEM/ODM manufacturer with in-house composite tooling and flight testing, we supply export-ready units. In-house tooling shortens spare-part lead times. Buyers should request HS codes and certificate of origin to smooth Indian customs. TCO should include import duty, freight, and local training.
The airframe supports 15–30 kg. This covers EO/IR, LiDAR, multispectral, and sampling canisters within one sortie, subject to CG validation.
BVLOS requires DGCA approval under UAS Rules 2021. The VTOL Fixed-Wing platform is suited for BVLOS but the operator must secure permits and maintain telemetry logs.
High temperature reduces air density and lift; plan a reserve margin. Actual sortie time should be validated during local flight testing in the target state.
In-house tooling ensures repeatable airframe quality and faster spare-part supply, critical for Indian dust and corrosion environments and for long-term fleet maintenance.
| 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 crop monitoring? | The airframe supports 15–30 kg, covering EO/IR, LiDAR, multispectral, and sampling canisters within one sortie subject to CG validation. |
| Is BVLOS flight permitted for farmland monitoring in India? | BVLOS requires DGCA approval under UAS Rules 2021. The VTOL Fixed-Wing platform is suited for BVLOS but the operator must secure permits. |
| How does heat affect the stated endurance of 240–360 min? | High temperature reduces air density and lift; plan a reserve margin and validate actual sortie time during local flight testing. |
| Why choose an OEM with in-house composite tooling? | In-house tooling ensures repeatable airframe quality and faster spare-part supply, critical for Indian dust and corrosion environments. |
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, enabling multisensor crop health missions over large Indian farmland in a single BVLOS sortie.