Nepal is one of the most photographed countries on earth — and for good reason. The Annapurna Circuit, Everest Base Camp, the Pokhara lakefront, ancient Kathmandu valley temples. Travel creators and filmmakers have long tried to capture these landscapes from above, but 360° aerial footage was either out of reach or required expensive, risky setups.

The DJI Avata 360 changes that. Launched globally on March 26, 2026, and now officially in Nepal, it is the world’s second 360° drone ever — and the first from DJI. It is built on the Avata 2’s proven cinewhoop design, but with an entirely new dual-lens camera system borrowed and upgraded from DJI’s Osmo 360 action camera. The result is a drone that can fly FPV in tight spaces and simultaneously capture every angle of the sky above Nepal’s peaks.

Camera — The 8K 360° System That Changes Everything

The camera system is the entire reason the Avata 360 exists, and it absolutely delivers. Two 1/1.1-inch CMOS sensors — each with 2.4μm pixels and an f/1.9 aperture — work in tandem to capture a full sphere of footage. The result is 8K video at 60 frames per second in 360°, with HDR support and a wide dynamic range. This is also significantly better than the only other 360° drone on the market, the Antigravity A1 by Insta360, which only manages 8K at 30fps.

Two Modes: 360° and Single Lens

The Avata 360 is not a one-trick drone. In 360° mode, both lenses fire simultaneously to capture a full spherical image — 8K/60fps video and 120MP stills that you can reframe in any direction after the fact. Switch to Single Lens mode, and it becomes a traditional FPV drone shooting clean 4K/60fps footage — exactly what the Avata 2 was known for. This dual-mode versatility is something the Antigravity A1 simply cannot offer.

10-Bit D-Log M — Pro Colour Grading Built In

With 10-bit D-Log M colour recording, the Avata 360 gives you extensive latitude in post-production. Push the shadows, recover blown highlights, match shots to cinematic grades — everything you need to make professional content from Nepal’s high-contrast mountain landscapes. The aperture of f/1.9 also ensures the drone captures usable footage even in low light — think golden hour over Phewa Lake or early-morning Himalayan fog.

Reframe After the Shoot — The Game-Changer for Nepal Creators

One of the biggest advantages of 360° footage is that you can decide your “camera angle” after you land. Using DJI Fly app or DJI Studio desktop software, you can reframe the shot in any direction, effectively getting multiple camera angles from a single flight. For Nepal’s travel creators who may only get one chance to fly over a valley or trek route, this is transformative — no more missed shots.

Design & Build — Cinewhoop Done Right

The Avata 360 keeps the cinewhoop structure that made the Avata 2 a favourite — full propeller guards, a four-motor layout, and a compact body that can fly safely close to subjects and in tighter spaces than open-frame drones. At 455 grams with battery, it is heavier than ultralight alternatives, but the guards mean you can fly confidently around people, rock faces, and tree lines without a midair disaster.

The dual-lens camera module sits at the front and is DJI’s most sophisticated on a consumer drone yet. Two orange ring accents on the outer motor edges help identify orientation from a distance — a smart design detail for FPV pilots who need spatial awareness. The replaceable lens system is another genuine upgrade: if you scratch or crack a lens, you can swap it yourself rather than sending the entire drone for repair.

Flight Performance — FPV Meets Intelligent Modes

O4+ Transmission — 20km Range

The Avata 360 uses DJI’s O4+ video transmission system, streaming live video to the RC 2 controller or DJI Goggles N3 at 1080p/60fps. The maximum flying range is an impressive 20 kilometres — double what the Avata 2 offered. In Nepal’s mountain terrain where you may be launching from a ridge and flying across a valley, this extended range is genuinely useful.

Omnidirectional Obstacle Avoidance + LiDAR

Perhaps the most important feature for Nepali pilots: omnidirectional obstacle avoidance sensors with front LiDAR. Nepal’s flying environments — mountain passes, forested valleys, cliffside temples — are unforgiving. The Avata 360 actively senses obstacles in all directions and avoids them autonomously, significantly reducing the risk of crashes in complex terrain.

Subject Tracking & Smart Flight Modes

With the RC 2 controller, you get full access to Focus Track with three modes: Spotlight (keeps the camera locked on a subject while you fly freely), Point of Interest (circles a fixed point automatically), and ActiveTrack (follows a moving subject with an on-screen steering wheel). Draw a box around your subject on the RC 2’s touchscreen and let the drone do the work — ideal for solo creators filming themselves on trails.

Flight Time — 23 Minutes

The 38.67Wh battery is larger than the Avata 2’s, but the heavier airframe means flight time stays similar at approximately 23 minutes in ideal conditions. Real-world flying in Nepal’s higher altitudes and variable mountain winds will reduce this. The Fly More Combo includes three batteries, giving you roughly an hour of total air time per session before you need the two-way charging hub.

Nepal Altitude Advantage

A critical spec for Nepali buyers: the Avata 360 has a maximum takeoff altitude of 4,500 metres above sea level. That covers most of Nepal’s popular filming locations — including Annapurna Base Camp (4,130m), Thorong La Pass (5,416m is above its ceiling, be careful), and Langtang Valley. Drone performance does degrade at altitude, but the Avata 360 is designed to handle Nepal’s conditions better than most.

DJI Avata 360 Full Specifications

DJI Avata 360 vs Avata 2 vs Antigravity A1

* Antigravity A1 is not officially available in Nepal. DJI Avata 2 price is approximate. Avata 360 is the only 360° drone officially sold in Nepal.

DJI Avata 360 Price in Nepal & What You Get

What’s Inside the Fly More Combo — Broken Down

The RC 2 combo is a complete, ready-to-fly package straight out of the box. Three batteries give you roughly 60–69 minutes of total flight time before needing a recharge — more than enough for a full filming session in most locations. The sling bag is a practical bonus: it holds the drone, controller, and all accessories in one carry-friendly package for trekking.

Flying the DJI Avata 360 in Nepal — Real Considerations

Drone Regulations in Nepal

Before you fly, it is critical to understand Nepal’s drone regulations. The Civil Aviation Authority of Nepal (CAAN) requires operators to obtain a drone pilot licence and operational approval for drones above 250 grams. At 455 grams, the Avata 360 falls squarely in the regulated category. Flying near airports, restricted areas, heritage zones (like Kathmandu’s UNESCO sites), and national parks without prior clearance is illegal and can result in fines or equipment confiscation.

Altitude Performance in Nepal

The 4,500m ceiling covers most of Nepal’s trekking filming zones. However, at higher altitudes, propeller efficiency drops because the air is thinner, which means shorter flight times and reduced stability in wind. Plan for shorter battery life — expect 16–18 minutes of real-world flight at altitudes above 3,500m. Carry all three batteries and land conservatively.

Is NPR 1,58,000 Worth It?

At NPR 1,58,000, the Avata 360 is a significant investment — roughly equivalent to a mid-range laptop or a solid mirrorless camera body. But consider what you are getting: a fully equipped FPV drone with the only 360° aerial camera system officially sold in Nepal, complete with three batteries, a carry bag, and all accessories. If you shoot content professionally or seriously, the creative flexibility of 360° footage that can be reframed in post is worth its weight in content.

Should You Buy the DJI Avata 360 in Nepal?

Frequently Asked Questions (FAQ)

Official Nepal price: NPR 1,58,000 from authorised DJI dealers. Always check CAAN regulations before flying drones in Nepal. This article will be updated as new combos become available.