The Arc Shot (Orbit)
An arc shot circles the camera around a subject, keeping them centred while the entire background rotates behind them. It is the clearest way to say that a character is the centre of a scene, and it is one of the hardest moves to execute smoothly by hand.
How we researched this: we reviewed 89 videos and read the 3 with usable English transcripts, 29 minutes of footage from working cinematographers, directors and acting coaches. Where the sources disagree, we say so rather than quietly picking one. The model recommendations further down come from the capability ratings on our own model pages. The term arc shot is dominated by story structure, archery equipment and the video game Arc Raiders. We discarded 25 such results and re-ran the research on orbit terminology instead, which is what practitioners actually call it.
The arc / orbit shot as an AI video prompt
Swap the bracketed placeholders for your own subjects. Everything else is the camera direction, and it is the part worth keeping.
orbit shot. Movement: move the camera along a curved path around [your subject], which stays still, keeping the lens pointed at the same center point throughout. Speed: smooth, constant rotational speed. Framing: subject stays centered while the background behind it rotates. End: hold the same centered framing as the orbit continues.
Opens in any AI model you like, with the prompt already filled in. Free, no signup.
If you are looking for the three-act structure, a character arc, a compound bow, or the game Arc Raiders, this is not that page. Those dominate the phrase. Filmmakers generally call this move an orbit.
What every source agrees on
- The move is a circle around a subject who stays centred in frame, and it is normally shot on a gimbal, a dedicated orbit rig, or a drone in an automated orbit mode. [1], [2], [3]
- Speed control is the core difficulty. Operators shoot at a higher frame rate specifically so the orbit can be slowed down in post, because moving smoothly at the right speed by hand is very hard. [2]
- Tilting the camera slightly while orbiting, rather than keeping it level, makes the move feel considerably more dynamic. [3]
Where the experts disagree
Most guides flatten this into one confident answer. These are the places the sources genuinely contradict each other.
Wide or long lens for an orbit?
The choice changes the shot completely, and practitioners pick opposite ends depending on what they want the orbit to mean.
Long, to isolate
A shooter orbiting a performer in a busy station used a 50mm to give the audience a sense of being inside her private world within the surrounding chaos.
DJI RS 3 Gimbal Tutorial 2: Orbit, Autofocus, MonopodWide, for low angles and comfort
The same shooter switched to an 18mm for low-angle orbits, partly for the wider dynamic look and partly because a lighter, smaller lens on a gimbal is much easier on your back over a long shoot.
DJI RS 3 Gimbal Tutorial 2: Orbit, Autofocus, MonopodOur take: The long lens isolates the subject from a background that becomes an abstract smear, which is what you want when the environment is noise. The wide lens keeps the environment legible and exaggerates the speed of the rotation, which is what you want when the location is part of the story. Decide whether the background is context or clutter, and the focal length follows.
Six details the written guides leave out
Shoot at 60fps and slow the orbit down afterwards.
An operator filming at 1080/60 deliberately moves at medium speed, because a fast handheld orbit is shaky and slowing it in post smooths it out. You can also vary the speed within one clip.
How To Do The Gimbal Orbital Shot, But Subject Close Up And PersonalHalf and quarter circles usually beat a full 360.
A partial arc gets the effect without the difficulty, and it avoids the moment where the operator has to walk behind the subject and inevitably wobbles.
How To Do The Gimbal Orbital Shot, But Subject Close Up And PersonalFor a DIY orbit rig, the counterweight is simple arithmetic.
Multiply the camera-side weight by its arm length, then divide by the length of the opposite arm to get the counterweight you need. A four-kilogram camera on a 1.5-metre arm is a solved equation, not a guess. The whole rig costs around a hundred dollars in pipe clamps and bearings.
DIY Orbit Camera Rig: super simple, super cheap, super strongPut the camera on a gimbal even when the rig is already stable.
Not for stabilisation, but as a remote head, so you control the camera's own movement independently of the orbit's rotation. That is what turns a mechanical circle into a directed shot.
DIY Orbit Camera Rig: super simple, super cheap, super strongA partial arc
A full 360
Which AI model shoots this best
An orbit is one of the harder moves for a model, because the background has to stay consistent as it rotates all the way around a subject who must also stay consistent. Keeping the arc partial rather than a full circle dramatically improves the odds.
A controlled orbit around a subject
Runway Gen-4.5Excellent camera control
An orbit is a precise, specific instruction, and Runway is the model we rate as executing camera instructions literally. Its reference consistency also helps anchor the subject at the centre.
The trade-off: Photorealism is a notch below the top tier.
Orbiting a person
Kling 3.0Excellent consistency, strong human motion
The subject has to survive the entire rotation without morphing, which is a consistency problem, and consistency is Kling's strongest rating.
The trade-off: Keep the background simple; complex physics wobble on the fast tier.
An aerial orbit
Luma Ray 3.2Excellent cinematic look
Drone orbits are usually about a landscape at golden hour, where the grading headroom matters more than precise camera control.
The trade-off: Clips warp past 6 to 7 seconds, so keep the arc short.
A long orbit that completes a circle
Seedance 2.5Excellent single-shot length and reference control
A full orbit needs time, and 30 seconds in one pass is the only way to get all the way round without a cut. Its reference control also helps keep the subject stable through the rotation.
The trade-off: Expensive, so use a partial arc on a cheaper model to test the framing first.
Where those models sit on price and quality
Highlighted: Runway Gen-4.5, our first choice for this shot. Hover any dot for its scores.
These picks come from the capability ratings on our own model pages, which we build from creator head-to-head tests. They are a reasoned recommendation for this shot, not a claim that we generated this specific shot on every model.
Writing the prompt: four rules for this shot
Ask for a partial arc, not a full 360, unless you really need one.
A half or quarter orbit gets most of the effect and gives the model far less background to keep consistent. This mirrors what human operators do for the same reason.
State that the subject stays centred and the same size in frame.
Otherwise the orbit drifts into a curved dolly and the subject slides around the frame, which loses the whole point of the shot.
Name the direction and the focal length.
Clockwise or anticlockwise, and wide or long. The lens choice decides whether the background stays legible or dissolves, which is the main creative decision in this shot.
Tilt the camera slightly rather than keeping it perfectly level.
Operators do this deliberately because a level orbit looks mechanical and a slightly tilted one feels dynamic.
Frequently asked questions
What is an arc shot?
A shot where the camera travels in a circle around a subject who stays centred in frame, so the background rotates behind them. Most filmmakers call it an orbit.
How do you shoot a smooth orbit?
Film at a higher frame rate, typically 60fps, move at a medium speed, and slow the clip down in editing. A partial arc, a half or quarter circle, is far easier to keep steady than a full 360 and usually looks just as good.
What lens should you use for an orbit shot?
It depends what the background is for. A longer lens, around 50mm, isolates the subject and turns the surroundings into an abstract blur. A wide lens, around 18mm, keeps the location legible and exaggerates the speed of the rotation, and is lighter to hold on a gimbal.
Can you build an orbit rig yourself?
Yes, for around a hundred dollars in pipe clamps and bearings. The counterweight is straightforward arithmetic: multiply the camera-side weight by its arm length and divide by the length of the opposite arm.
Can AI video models do an orbit shot?
They can, but it is one of the harder moves, because the background has to stay coherent through the rotation while the subject stays fixed. Ask for a partial arc rather than a full circle, state that the subject stays centred and the same size, and name the direction.
Sources
Related camera movements
Tracking Shot
Camera moves alongside a moving subject, staying level with it
Drone Shot
Aerial camera, free to move in any direction above the scene
Dolly Shot
Camera physically moves toward or away from the subject