DJI AGRAS MG-1S RTK Drone Bundle

Take your aerial spraying to the next level with the DJI AGRAS MG-1S RTK Drone Bundle, featuring a robust drone, efficient spray system, and advanced RTK technology for precision agriculture. With its cutting-edge design and impressive specs, this bundle is perfect for farmers and aerial spraying professionals. The MG-1S RTK Drone offers a reliable and stable flight experience, while the spray system ensures accurate and efficient crop treatment. Whether you're a seasoned pro or just starting out, this bundle has everything you need to take your aerial spraying to new heights. The DJI AGRAS MG-1S RTK Drone Bundle is the ultimate solution for precision agriculture, offering a unique combination of power, precision, and reliability.

Key features

1. Precision Agriculture Spraying

• 8-nozzle spray system for even liquid distribution.

• 16L tank capacity (covers 7–10 acres/hour depending on conditions).

• Adjustable spray width (3–7m) for different crop densities.

• Flow control system (prevents over/under-spraying).

2. RTK High-Precision Positioning

• Real-Time Kinematic (RTK) positioning (centimeter-level accuracy).

• Dual-GNSS (GPS + GLONASS) for stable flight in challenging environments.

• Anti-magnetic interference for reliable operation near power lines/structures.

3. Efficient & Durable Design

• Foldable arms for easy transport & storage.

• IP67-rated waterproofing (resists dust, corrosion, and chemical splashes).

• Modular design for quick maintenance & part replacement.

4. Smart Flight & Spray Control

• DJI Terra (or MG App) for automated route planning.

• AB Point mode (for straight-line spraying).

• Smart Return-to-Home (RTH) with obstacle sensing.

• Auto-speed adjustment based on terrain.

5. Battery & Charging (Included in Bundle)

• 1x 12,000mAh Intelligent Battery (~10–15 min flight time per charge).

• 1x 1800W Fast Charger (charges battery in ~10–15 mins).

• Supports hot-swapping (minimizes downtime).

6. Safety & Reliability

• Failsafe protection (low battery, signal loss, motor failure).

• Obstacle avoidance (basic terrain awareness).

• Redundant sensors for stable hovering.