| Model | RTF or kit | Weight | FAA registration | Flight time | Camera | Gimbal | Range | GPS | Max payload | Use | Price ↑ | Rating | Reviews | Bought last month |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| JeeFly LX1100 | Kit | 3,200 g | Yes | — | 1080p | — | — | No | — | Camera | $498.88 | — | — | — |
| JeeFly Lx-8120 | Kit | 450 g | Yes | — | 1080p | — | — | No | — | Industrial | $499.99 | — | — | — |
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Tap ⓘ for details, ☆ to save a model to favorites (we flag it if the price drops) and tick its box to compare it with others.
What each column in the table means
A multirotor is chosen on three numbers before any brand: how much it weighs, how long it flies and what it can carry. In the US the first one decides the paperwork, because 250 g is where FAA registration starts for recreational flyers. All three are in the table and it sorts by any column. This is what each one means.
- Model: brand and model, without the keyword stuffing of the Amazon title. The ⓘ icon opens the photo and the full listing.
- Rotors: four, six or eight. Every consumer drone is a quadcopter; six and eight show up in heavy-lift and professional aircraft, and on Amazon.com almost only as frame kits.
- RTF or kit: ready to fly means everything is in the box. A kit or frame still needs motors, speed controllers, a flight controller, GPS, a radio and batteries before it flies.
- Weight: takeoff weight in grams as the listing states it. Listings mix grams, ounces and pounds; we convert all of them. Some include the packaging, so treat values close to 250 g with care.
- FAA registration: calculated from the weight. Yes at 250 g and up, No below it, for recreational flying. If you fly for work under Part 107, every drone needs registration whatever this column says.
- Flight time: minutes per battery as the maker states it. Titles that add up two or three batteries are ignored. Real flights run at about 70 percent of the rated figure.
- Camera: video resolution on the listing. Cheap drones often print 4K on the box and record upscaled footage; the sensor size and a mechanical gimbal say more than the label.
- Gimbal: mechanical stabilization. Three axes gives smooth video; electronic stabilization (EIS) crops the image and does less.
- Range: maximum control or video range in miles, as advertised, in open country. The law asks you to keep the drone within visual line of sight, which is much closer.
- GPS: holds position outdoors and flies the drone home when the signal or the battery runs low. Without it the drone drifts with the wind.
- Max payload: extra weight it can lift on top of its own, when the maker states it. Few listings do; heavy-lift frames are the exception.
- Use: who the listing is built for. Kids, beginner, camera, FPV, DIY or industrial.
- Price: Amazon.com price when the table was built. It changes often; the link always opens today’s price.
- Rating: average stars. Read the one-star reviews: flyaways, GPS drift and swollen batteries are the problems that matter.
- Reviews: number of ratings behind the stars.
- Bought last month: units sold on Amazon in the past month, according to Amazon.
Click a column title to sort. ☆ saves a model to your favorites and flags it if the price drops; the box on its left adds it to the comparison, up to four at a time.
What is an octocopter?
An octocopter is a multirotor drone with eight rotors, four spinning each way. It is the heavy-lift member of the family: big, expensive, and built to carry something valuable and to keep carrying it when a motor fails.
You will not find one in a toy store. Octocopters fly cinema cameras on film sets, spray fields, carry LiDAR scanners for survey work and lift industrial payloads. On Amazon.com they appear as large carbon frames, from 1,000 to 1,300 mm, for professionals and serious builders.
Heavy lift: how much can an octocopter carry
A well-built octocopter on a 1,000 to 1,200 mm frame with 15 to 18-inch props carries 5 to 10 kg of payload for 10 to 20 minutes. Larger agricultural designs lift a tank of liquid far heavier than that, on much bigger motors and batteries.
The number that sets the limit is not the payload but the total takeoff weight against the combined thrust of the eight motors. Keep the full aircraft at about half of that thrust and it will fly well, fight wind and survive a failure. Push it to 70 or 80 percent and it will lift, but with no margin left.
Two regulatory lines matter here. Anything you fly outdoors at this size must be registered with the FAA. And Part 107 covers drones under 55 lb takeoff weight: above that, a commercial operator needs a separate FAA authorization.
Coaxial vs flat 8-rotor layouts
There are two ways to put eight rotors on a drone.
- Flat octocopter: eight arms, one motor each, all props in the same plane. The most efficient layout, but the largest: a heavy-lift flat octo is well over a meter across.
- Coaxial X8: four arms with two motors each, one on top pushing down and one below, spinning in opposite directions. Much more compact and easier to transport, and it keeps the redundancy of eight motors. The lower prop works in the wash of the upper one, so it is less efficient: expect somewhat shorter flights for the same batteries.
Film crews that move between locations often choose the X8 for its size; farms and industrial users who fly from the same place tend to choose the flat layout for its efficiency.
For cinema and industrial use
An octocopter is chosen when the payload is worth more than the aircraft.
- Cinema: full-size digital cinema cameras with prime lenses on heavy gimbals, flown by a two-person crew, one pilot and one camera operator.
- Agriculture: spraying and spreading, where the tank is the payload and flight time is counted in fields rather than minutes.
- Survey and inspection: LiDAR scanners, multispectral cameras and thermal sensors, often expensive enough that redundancy is not optional.
All of this is commercial flying under Part 107: registered aircraft, certified pilot, and often waivers for flights over people or beyond visual line of sight.
Why octocopters cost what they cost
A consumer quadcopter is mass-produced by the million. An octocopter is a low-volume professional tool, and every part is multiplied by eight or scaled up for weight.
- Eight large motors and eight speed controllers, each sized for heavy lift.
- Carbon props of 15 inches and up, sold in pairs, and a carbon frame of 25 to 30 mm tubes.
- Batteries: large 6S to 12S packs, usually two at once, with a price per flight that adds up fast.
- A professional flight controller and GPS, often doubled for redundancy.
The frame on Amazon.com is the entry ticket, not the total. A complete, working heavy-lift octocopter usually costs several times the price of the frame before the camera or sensor goes on.