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DJI Avata 360 Fly More Combo (DJI RC 2)

DJI Avata 360 Fly More Combo (DJI RC 2)

$840.00
$840.00
Sale Sold out
SKU S-DJI-AVATA360-FMC-RC2 MPN CP.FP.00000317.04 UPC 190021163102
  • Dual 1/1.1-inch sensors capture 8K/60fps HDR 120MP stills.
  • Omnidirectional sensing detects obstacles day and night LiDAR infrared.
  • Single Lens mode delivers 4K/60fps forward-facing FPV recording.
  • Three-battery kit provides approximately 69 minutes total airtime.
  • RC 2 controller includes 5.5-inch touchscreen 1080p live feed.
  • ActiveTrack 360° maintains subject framing on vehicles boats people.
  • RockSteady and HorizonSteady stabilize footage across both lens modes.
  • Advanced RTH plans optimal return path using forward LiDAR.
  • Charging Hub recharges three batteries simultaneously in 47 minutes.
  • Folding landing pad and sling bag support deployment.
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  • Description
  • Specifications
  • In the Box
  • FAQ

Complete 8K Drone Kit with Fly More Accessories for 360º Imaging

The DJI Avata 360 represents a fundamental shift in how aerial imaging platforms are deployed.

Rather than sending multiple aircraft or running repeated flight cycles to cover every angle of a scene, the Avata 360's dual 1/1.1-inch sensor system captures the complete sphere at 8K/60fps HDR on every flight.

For solutions partners building out content production workflows, inspection programs, or mixed-use fleet configurations, this platform changes the calculus on how many flights are required to deliver a complete visual dataset.

Key Features and Benefits

  • Dual 1/1.1-inch sensors: capture 8K/60fps HDR video and 120MP stills every flight.
  • Single Lens mode: rotates one camera forward for traditional 4K/60fps FPV recording.
  • O4+ transmission: delivers live 1080p/60fps feed up to 12.4 miles (20 km) away.
  • Omnidirectional sensing: vision, LiDAR, and infrared detect obstacles day and night.
  • Wind resistance: sustains controlled flight in winds up to 10.7 m/s (24 mph).
  • Three-battery kit: delivers approximately 69 minutes of combined flight time total.
  • Charging Hub: fully charges three batteries simultaneously in approx. 47 minutes at 100W.
  • Advanced RTH: plans optimal return path, bypassing obstacles via forward-facing LiDAR.
  • ActiveTrack 360°: locks onto vehicles, boats, or people and maintains framing hands-free.
  • D-Log M: flat color profile for professional grading in DJI Studio or Adobe Premiere.

The Fly More Combo with RC 2 is the entry point for integrators who want traditional touchscreen control alongside the aircraft's full imaging capability.

The RC 2's built-in 5.5-inch screen displays a live 1080p/60fps O4+ feed rated to 12.4 miles (20 km). Its 6,200 mAh battery charges fully in approximately 1.5 hours. 

Three Intelligent Flight Batteries and the Two-Way Charging Hub give fleet operators approximately 69 minutes of combined air time per kit. Simultaneously charging all three batteries completes in approximately 47 minutes at 100W. 

The aircraft's GNSS constellation — GPS, Galileo, and BeiDou — combined with Advanced RTH and omnidirectional obstacle sensing makes it a dependable platform for operators managing multiple aircraft across complex deployment environments.

A Single Platform That Replaces Multiple Flight Cycles

Fleet integrators evaluating the Avata 360 against conventional single-lens FPV platforms need to account for a fundamental operational difference: every flight generates a complete spherical dataset, not a single directional clip. 

That changes post-production throughput, reduces the number of batteries consumed per deliverable, and allows operators to respond to client requests for alternate angles without scheduling a return flight. 

The 42 GB of internal storage holds approximately 30 minutes of 8K footage, and the user-replaceable lens system reduces long-term maintenance cost. 

Paired with DJI Studio's one-tap reframing and Adobe Premiere plugin support, the Avata 360 integrates cleanly into established enterprise post-production pipelines without requiring dedicated editing infrastructure.

Compatibility and System Integration

  • RC 2 controller: built-in 5.5-inch touchscreen, 6,200 mAh battery, charges in approx. 1.5 hours.
  • RC-N2 and RC-N3 controllers: compatible for fleet operators already standardized on DJI hardware.
  • DJI Goggles N3 and Goggles 3: supported for immersive FPV deployment with full head tracking.
  • FPV Remote Controller 3: compatible for precision stick-based FPV control without goggles.
  • DJI Fly app: iOS and Android, required for activation, fleet settings, and QuickTransfer export.
  • DJI Studio: desktop platform for 360-degree reframing and enterprise post-production workflows.
  • microSD cards: up to 1 TB supported; UHS-I Speed Grade 3 or higher required for 8K capture.

Applications and Use Cases

  • Content production: full-sphere 8K footage eliminates reshoots by capturing every angle simultaneously.
  • Fleet standardization: O4+ transmission and multi-controller compatibility simplify mixed-kit deployments.
  • Visual inspection: omnidirectional sensing and 1080p live feed support close-proximity structure review.
  • Property and real estate: 360-degree stills and video deliver complete aerial documentation per flight.
  • Public safety operations: real-time O4+ feed provides actionable situational awareness at range.
  • Travel and event coverage: single flight generates complete venue or location footage for post-selection.

The DJI Avata 360 Fly More Combo (DJI RC 2) gives fleet integrators and solutions partners a platform that produces more usable data per flight than any single-lens alternative in its class. 

The combination of full-sphere 8K capture, O4+ long-range transmission, omnidirectional night-capable obstacle sensing, and a three-battery field kit makes it a deployable, repeatable system — not a one-off creative tool. 

Get the DJI Avata 360 today through Dronefly and put a complete 360-degree imaging system to work on your next deployment.

Aircraft

  • Takeoff weight: Approx. 455 g
  • Dimensions: 246 × 199 × 55.5 mm
  • Max ascent speed: 2 m/s (Cine), 6 m/s (Normal), 10 m/s (Sport)
  • Max descent speed: 1.5 m/s (Cine), 6 m/s (Normal), 10 m/s (Sport)
  • Max horizontal speed: 6 m/s (Cine), 16 m/s (Normal), 18 m/s (Sport)
  • Max takeoff altitude: 4500 m
  • Max flight time: Approx. 23 minutes
  • Max hovering time: Approx. 22 minutes
  • Max flight distance: 13.5 km
  • Max wind resistance: 10.7 m/s
  • Max pitch angle: 48°
  • Operating temperature: -10°C to 40°C
  • GNSS: GPS, Galileo, BeiDou
  • Hovering accuracy: Vertical ±0.1 m (vision), ±0.5 m (GNSS); Horizontal ±0.3 m (vision), ±1.5 m (GNSS)
  • Internal storage: 42 GB
  • Class: C1 (EU)

Camera

  • Sensor: Dual 1/1.1-inch CMOS, 64 MP each
  • Field of view: 200°
  • Focal length: 2.5 mm (equiv. 7.8 mm)
  • Aperture: f/1.9
  • Focus: Fixed, 1.5 m to ∞
  • ISO: Up to 25600 (video), 6400 (photo)
  • Shutter: 1/8000 to 1/25 s (video), 1/8000 to 1/30 s (photo)
  • Max image size: 15520 × 7760
  • Photo format: JPEG, DNG
  • Video: 8K (360°), 6K (360°), 4K single lens
  • Video format: OSV, MP4 (H.265)
  • Max bitrate: 180 Mbps
  • Color modes: Normal, D-Log M

Gimbal

  • Type: Single-axis mechanical + 360° virtual gimbal
  • Mechanical tilt range: -95° to 173°
  • Controllable tilt: -30° to 60° (standard), -60° to 60° (FPV)
  • Virtual gimbal range: ±180° tilt/roll
  • Max control speed: 100°/s
  • Angular vibration: ±0.01°

Sensing

  • Type: Omnidirectional vision + forward LiDAR + bottom IR
  • Forward range: 0.5–20 m
  • Backward/lateral/upward: Up to 18 m
  • Downward ToF range: Up to 10 m

Video Transmission

  • System: O4+
  • Live view: Up to 1080p
  • Frequency: 2.4 GHz / 5.1 GHz / 5.8 GHz
  • Max range: 20 km (FCC), 10 km (CE/SRRC/MIC)
  • Latency: Approx. 130 ms
  • Max bitrate: 60 Mbps
  • Max download: 100 MB/s (Wi-Fi 6)
  • Antennas: 4 (2T4R)

Battery

  • Capacity: ≥2700 mAh
  • Voltage: 14.32 V
  • Energy: ≥38.67 Wh
  • Weight: Approx. 149 g
  • Charging time: ~47 min (hub), ~73 min (direct)
  • Charging temp: 5°C to 40°C

Charging Hub

  • Input: 5–20 V, max 5 A
  • Output: Max 60 W
  • Charging: Up to 3 batteries

Storage

  • Supported cards: microSD (up to 1 TB, V30)

Wireless

  • Wi-Fi: 802.11 a/b/g/n/ac/ax
  • Bluetooth: 5.4
  • 1x DJI Avata 360 Fly More Combo with RC 2
  • 1x RC 2 Remote Controller
  • 3x Intelligent Flight Battery
  • 1x Two-Way Charging Hub
  • 1x Sling Bag
  • 1x Gimbal Protector
  • 2x Pair of Spare Propellers
  • 1x Folding Landing Pad
  • 1x Lens Cleaning Cloth
  • 1x USB-C Data Cable
  • 1x Screwdriver
What is the DJI Avata 360 Fly More Combo (DJI RC 2) and how does it fit into a fleet deployment strategy?

The DJI Avata 360 is DJI's first native 360-degree drone, equipped with dual 1/1.1-inch sensors that capture a full spherical dataset at 8K/60fps HDR on every flight. The Fly More Combo with RC 2 includes three Intelligent Flight Batteries, a Two-Way Charging Hub, sling bag, folding landing pad, spare propellers, and all essential field accessories — making it a self-contained deployment kit. 

For fleet integrators, the aircraft's compatibility with multiple DJI controllers and its O4+ long-range transmission system allows it to slot into existing DJI ecosystem deployments without requiring a full hardware overhaul.

How does the Two-Way Charging Hub manage multiple batteries in a fleet context?

The Two-Way Charging Hub charges up to three Intelligent Flight Batteries simultaneously when connected to a 100W or higher power source, completing a full charge from 0% to 100% in approximately 47 minutes per battery. With a sub-65W charger, the hub charges batteries sequentially from highest to lowest level.

The hub also supports power accumulation, allowing charge to be transferred between batteries in the field when a wall outlet is unavailable — a practical capability for operators managing battery levels across multiple aircraft between flight cycles. A USB-C connector is used for all hub charging connections.

How does the Avata 360's 360° imaging system reduce post-production workload for enterprise operators?

Because the Avata 360 records the complete sphere on every flight, operators generate a full multi-angle dataset from a single battery cycle rather than running repeated directional passes. DJI Studio's one-tap reframing tools allow editors to extract any camera angle from the spherical footage without scheduling return flights, and an Adobe Premiere plugin supports integration into established enterprise editing pipelines. 

The GyroFrame feature in DJI Fly allows operators to lock a preferred angle on a mobile device and export it immediately, accelerating turnaround for time-sensitive deliverables. The aircraft's 42 GB of internal storage holds approximately 30 minutes of 8K footage as a baseline buffer.

What GNSS systems does the DJI Avata 360 use, and how does this affect positioning reliability across deployment environments?

The Avata 360 uses a three-constellation GNSS system combining GPS, Galileo, and BeiDou for positioning and Home Point recording. Multi-constellation GNSS improves satellite availability in challenging environments such as urban canyons, coastal areas, and elevated terrain where single-constellation systems may lose signal lock. 

The aircraft also uses an omnidirectional vision system and downward infrared sensing for positioning when GNSS signals are unavailable or weak, maintaining stable hover and obstacle awareness in GNSS-degraded conditions. Advanced RTH uses all available positioning data to plan and execute the optimal return path automatically.

What are the regulatory considerations for deploying the DJI Avata 360 in the United States?

The Avata 360 weighs 455 g (1 lb), placing it above the 250 g FAA registration threshold, so operators must register the aircraft with the FAA before flying. The aircraft is equipped with a Remote ID system that broadcasts automatically from takeoff to shutdown via Wi-Fi Beacon, compliant with 14 CFR Part 89. 

In the EU, the aircraft carries C1 certification with a Maximum Takeoff Mass of 455 g. Flight is restricted to 98.4 ft (30 m) altitude and 164 ft (50 m) range when not connected to or logged into the DJI Fly app during flight. Operators should consult local aviation authority requirements before deploying in restricted or controlled airspace.