HS360D, Expedition Utility Drone
HS360D Expedition Utility Drone.jpg



Expedition Utility Drone

Model No.: HS360D, Weight: 249g

Dare to Fly
— Risk Less. Explore Further. Inspect Smarter.

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HS360D · Expedition Utility Drone

Built for real-world missions, HS360D empowers users to tackle inspections, road patrols, and construction monitoring—while also serving outdoor explorers in finding safe routes, water sources, and ideal camping spots.

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Endurance That Covers More Ground

Dual-battery design delivers extended flight time, giving service teams more coverage in inspections and giving adventurers more freedom to explore wide landscapes without interruption.

80 mins dual batteries

Reliable Transmission up to 6 km

Stay visually connected—whether monitoring a highway section, checking a project site, or scouting outdoor terrain. HS360D ensures stable video feedback across long distances and diverse environments.

20000ft 6000m transmission range

Brushless Power for Daily Missions

Durable brushless motors provide strong, efficient power for frequent operations—whether it’s repetitive inspections or rugged outdoor adventures—minimizing wear and extending drone lifespan.

Brushless motor

4K Clarity for Evidence and Exploration

From documenting structural details to capturing natural landscapes, the 4K camera ensures every image is crisp, reliable, and ready to share—whether for reports or for adventure stories.

4k sony CMOS Camera Sensor
   

HS360D Real Shots


HS360D, Expedition Utility Drone SPECS

DRONE

Model: HS360D

Weight: 249 g / 8.78 oz

Max Flight Time: 40 minutes (per battery, in a windless environment)

Max Flight Speed: 7 m/s

Max Flight Height: 394 ft / 120 m

Max Takeoff Altitude: 9842 ft / 3000 m

Max Wind Speed Resistance: 5.5 m/s

Operating Temperature Range: 32° to 104°F (0° to 40°C)

Size: 140 × 90 × 55 mm (Folded)

210 × 180 × 55 mm (Unfolded)

DRONE BATTERY

Model: DSB54085-2S

Capacity: 2500 mAh

Voltage: 7.4 V

Max Charging Voltage: 8.9 V

Battery Type: Lithium-ion Polymer Battery

Rated Power: 18.5 Wh

Charging Temperature Range: 41° to 104°F (5° to 40°C)

Charging Time: about 3 hours

USB CHARGING CABLE

Input: 5V / 3A

Rated Power: ≤15 W

TRANSMITTER

Operating Frequency: 5745–5825 MHz

Max Flight Distance: 19685 ft / 6000 m (outdoor and unobstructed)

Usage Time: about 2.5 hours

Charging Time: about 110 minutes

Battery Type: 7.4 V 1100 mAh Lithium-ion Polymer Battery

Operating Temperature Range: 32° to 104°F (0° to 40°C)

CAMERA

Operating Frequency: 5745–5825 MHz

Max Transmission Distance: 19685 ft / 6000 m (outdoor and unobstructed)

Max Photo Resolution: 4000 × 3000 P (in TF card) / 3840 × 2160 P (in mobile phone)

Max Video Resolution: 3840 × 2160 P @20 fps (in TF card) / 1280 × 720 P @30 fps (in mobile phone)

Controllable Range: -90° to 0°

Photo Formats: JPEG

Video Formats: MP4

Supported TF Cards: Class 10 or above, up to 256 GB

Supported File Systems: FAT32

HS360D, Expedition Utility Drone IN THE BOX
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Dual Battery Version


HS360D Drone × 1

Remote Controller × 1

Drone Batteries × 2

Charger × 1

Spare Propellers × 4

Screwdriver × 1

Camera Protector × 1

Charging Cable × 1

Type-C Cables × 3

Portable Carrying Case × 1

User Manual × 1

HS360D, Expedition Utility Drone DOWNLOAD
HS360D, Expedition Utility Drone FAQ
Troubleshooting · HS360D
  • Motors won’t start — what should I check?

    - Sticks not in the correct unlock position.

    Push both joysticks to the inner–lower corners to unlock.

    - Compass not calibrated / abnormal status.

    Calibrate the compass before flight until the TX beeps and status is normal.

    - GPS not ready for GPS mode.

    Wait for solid GPS (outdoors). If flying indoors, long-press the GPS key to enter Attitude (ATTI) Mode.

    - Low battery.

    Recharge/replace the battery if the drone LED shows continuous red.

  • Why can’t I adjust the gimbal?

    - Camera/gimbal cover still on.

    Remove the cover before powering on.

    - Drone not on a level surface during init.

    Place it flat and wait for gimbal initialization.

    - In compass calibration.

    Finish calibration; the gimbal doesn’t work during it.

    - Obstruction under the gimbal.

    Ensure clearance or use a landing pad.

  • The drone drifts or flies unstably — why?

    - Weak GPS (near buildings/trees/obstructions).

    Fly outdoors in open areas with strong GPS.

    - Compass interference (metal, lines, towers).

    Land and recalibrate away from interference.

    - Damaged/incorrect propellers.

    Replace or reinstall props and check tightness.

    - IMU not calibrated.

    Calibrate the IMU per the manual before flight.

  • Video is laggy / range is short — what helps?

    - Signal interference (buildings, Wi-Fi, towers).

    Choose open areas; keep antennas facing the drone.

    - Phone performance / background apps.

    Close other apps; ensure your phone meets app requirements.

    - Abrupt stick inputs.

    Use smooth stick motions to keep the link stable.

  • Battery won’t charge / power the drone?

    - Battery not seated in hub or aircraft.

    Insert until it clicks and LEDs behave normally.

    - Damaged charger/cable or wrong adapter.

    Use the original Type-C cable and 5V/3A adapter.

    - Temperature out of range.

    Charge at 5–40 °C (41–104 °F). Full charge ≈ 3 h per flight battery.

  • How do I pair and see the live feed?

    - Power on drone (level surface), then TX (short press + hold 3 s).

    Wait ~40 s; TX long-beeps when paired.

    - Connect phone to TX via the included cable.

    On Android, choose “Charge only” if prompted. Open HS FLY app to view live feed.

  • What TF card is supported and what’s recorded?

    - Supports Class 10 (or above) TF cards up to 256 GB.

    Insert the card before powering on for up to 4K photo (4000×3000) and 4K@20fps video to card.

    - Phone recording is lower resolution.

    4K to TF card; up to 1280×720@30fps to phone.

  • How does Return-to-Home (RTH) work?

    - Smart RTH (manual).

    Short-press the RTH key; the drone returns to the recorded Home Point at the set Return Altitude (RA).

    - Failsafe RTH (auto).

    Triggers on signal loss (with GPS & Home Point). Control is restored if link reconnects; press RTH to exit.

    - Low-Voltage RTH (auto).

    Stage 1: return & hover in a safety zone (≈98 ft radius/66 ft height). Stage 2: auto-land when critically low.

    Obstacle avoidance is not available during RTH — fly in open areas.

  • What are the Beginner Mode limits?

    - Default caps for new users.

    Distance ≤ 98 ft (30 m), Altitude ≤ 98 ft (30 m), RTH Altitude 66 ft (20 m).

    - Need custom limits?

    Turn off Beginner Mode in HS FLY > Settings, then set distance/altitude/RA as needed.

  • Can I fly indoors?

    - Yes, in ATTI with Optical Flow.

    Long-press GPS key to enter ATTI. Optical-flow works best at 1.6–9.8 ft; avoid dark/reflective/textureless floors.

    Precision is affected by lighting and surface texture—proceed carefully.

  • How to use Emergency Stop?

    - For emergencies near the ground.

    Hold the Emergency key for 2 s below 16 ft altitude to cut motors. Use only to avoid danger.

  • What flight speeds and camera tilt are available?

    - Speed modes.

    Camera 3 m/s (Low), Normal 5 m/s (Mid), Sport 7 m/s (High). Short-press Speed to switch.

    - Gimbal tilt.

    Dial to adjust −90° to 0°.

  • Any tips for GPS Follow, POI, Catapult, Ascension, Spiral Up, TapFly?

    - Use outdoors, strong GPS, clear surroundings.

    Respect minimum distances (e.g., ≥7 ft from subject for Catapult/Ascension; ≈16 ft for Spiral Up) and note follow limit ≤164 ft.

    - No obstacle avoidance.

    Monitor the path and be ready to exit via the right stick or tapping the mode icon.

    - For TapFly.

    Pre-load the map on Wi-Fi/Cellular, then plot ≤16 points and tap GO.

  • How long to charge and how long can it fly?

    - Flight battery: about 3 h to full; up to ~40 min per battery (no wind).

    Use 5V/3A adapter and the original cable via the charging hub.

    - Transmitter: about 110 min to full; ~2.5 h usage.

    You cannot power on the transmitter while charging.