How much does a typical camera rig weigh?

A caged crop body with a fast zoom and a monitor is 1.6 to 2.0 kg. The full frame equivalent is 2.2 to 2.6 kg, mostly because the lens is two to three times heavier. Adding a V-mount cell, plate, microphone and transmitter takes either build past 3.3 kg, which is a different gimbal class and a different fluid head.

What is the heaviest part of a camera rig?

Usually the lens or the battery. A full frame f/2.8 standard zoom is 700 to 900 g and a 99 Wh V-mount cell is 600 to 750 g, both of which exceed most mirrorless bodies. That is why a smaller sensor format saves weight twice, on the lens and on everything downstream, and why the battery belongs at the rear as a counterweight.

At what weight do I need a bigger fluid head?

Around 2.4 kg, or roughly 5.3 lb, is where an 8.8 lb head starts running out of counterbalance range once the rig is mounted high. Above about 3.4 kg you want a 13.2 lb head, and above about 5 kg a 17.6 lb one. Capacity is where counterbalance can no longer hold the tilt, not a structural limit.

How do I reduce my rig weight for a gimbal?

Start with the lens, since a compact crop zoom instead of a full frame f/2.8 saves 400 to 600 g at the very front. Then the battery, where a 50 Wh cell instead of 99 Wh saves 300 to 400 g. Then a half cage, carbon rods and removing the matte box entirely, which is usually correct on a stabilised build anyway.

Is a lighter rig always better?

On a gimbal yes, because mass is a payload cost. Handheld, no: a very light rig has little rotational inertia and reacts visibly to every small hand movement, while a moderately heavy well-balanced rig produces smoother footage. That is one of the real reasons stabilised builds and handheld builds are genuinely different objects rather than one compromise.

Does where I mount things matter as much as weight?

More, often. Your hands, tripod head and gimbal motors all feel a torque, which is mass multiplied by distance from the pivot, so a 300 g monitor on a 25 cm arm produces the same moment as a 750 g monitor on a 10 cm one. Shortening arms and mounting low reduces felt weight more effectively than removing components.

Camera Rig Weight Chart: What Every Component Adds

Short answer

A caged mirrorless body with a fast standard zoom is typically 1.5 to 2.4 kg depending on sensor format. Adding a monitor, mount and battery takes it past 3 kg, which is the point where it leaves the 3 kg gimbal class and needs a 13.2 lb fluid head rather than an 8.8 lb one.

Rig weight decides which gimbal you can use, which fluid head you need and how long you can hold a handheld shot, and almost nobody adds it up until after buying something that does not fit. The tables below give component weights and complete build totals, using real parts like a Tilta Full Camera Cage for FX3 and FX30 and SmallRig 15mm Carbon Fibre Rods, 12 inch pair rather than estimates.

Component weights

Component	Typical weight	Notes
Compact mirrorless body	500 to 700 g	With battery and card
Full frame cine line body	700 to 900 g	With battery and card
Small cinema body	900 to 1,400 g	Before any accessories
Compact crop zoom, f/2.8	280 to 350 g	The lightest useful video zoom
Full frame standard zoom, f/2.8	700 to 900 g	Three times the crop equivalent
Manual cine prime	400 to 700 g each	Heavier than a stills prime of the same length
Half cage	120 to 200 g	Base and one side
Full cage	200 to 350 g	All faces, plus a cable clamp
NATO top handle	90 to 140 g	Aluminium
5.5 inch monitor	200 to 280 g	Without a battery
NP-F battery for the monitor	160 to 300 g	Depending on size
Monitor mount and arm	80 to 200 g	Longer arms weigh more and multiply the load
99 Wh V-mount cell	600 to 750 g	The heaviest single accessory
V-mount plate	150 to 260 g	More with multiple outputs
15 mm carbon rods, 12 in pair	100 to 130 g	Half what aluminium weighs
15 mm aluminium rods, 12 in pair	220 to 260 g	Stiffer and more damage tolerant
Baseplate with rod clamp	180 to 300 g	Varies with quick release design
Clamp-on matte box	300 to 450 g	Plus about 60 g per filter
Manual follow focus	250 to 350 g	Wireless systems are heavier
Shotgun microphone and shock mount	150 to 250 g	Plus a windshield outdoors
Wireless video transmitter	150 to 250 g	Plus its mount

Two entries are worth flagging. The full frame standard zoom at 700 to 900 g against 280 to 350 g for the crop equivalent is one of the strongest practical arguments for a smaller sensor on a stabilised build. And the V-mount cell at 600 to 750 g is heavier than most camera bodies, which is why it belongs at the rear where it counterbalances rather than adds.

Complete build totals

Build	Components	Total
Minimal documentary	Crop body, compact zoom, top handle	0.9 to 1.2 kg
Caged crop, monitored	Above plus half cage, monitor, mount, NP-F	1.6 to 2.0 kg
Caged full frame, monitored	Full frame body, f/2.8 zoom, cage, monitor	2.2 to 2.6 kg
Full documentary rig	Above plus V-mount, plate, microphone, transmitter	3.3 to 4.0 kg
Narrative starter	Cine body, prime, cage, rods, follow focus, matte box	2.8 to 3.5 kg
Narrative working	Above plus monitor, V-mount, wireless focus	4.5 to 5.5 kg
Full cine build	Cinema body, cine zoom, full box, wireless focus, power	7 to 10 kg

Compare these totals against the gimbal payload chart and the fluid head capacities. The caged full frame monitored build at 2.2 to 2.6 kg is right at the top of a 3 kg gimbal working window, and the full documentary rig at 3.3 to 4.0 kg has left that class entirely and needs the 4.5 kg tier.

What each threshold changes

Weight	Gimbal class	Fluid head	Handling
Under 1.5 kg	2 kg class	8.8 lb head	Top handle, easy all day
1.5 to 2.4 kg	3 kg class	8.8 lb head	Comfortable handheld for a session
2.4 to 3.4 kg	4.5 kg class	13.2 lb head	Shoulder rig starts to help
3.4 to 5 kg	Beyond handheld gimbals	13.2 lb head	Shoulder rig or sticks
5 to 8 kg	Not gimbal territory	17.6 lb head	Sticks, or a proper support system
Above 8 kg	Not gimbal territory	100 mm bowl class	Sticks, and a crew

The middle row is where most builds end up and where most surprises happen. Adding a monitor and a V-mount to a caged full frame body moves it across two of these thresholds at once, changing both the gimbal class and the head capacity that build requires.

Where weight can be saved

Carbon rods instead of aluminium, a half cage instead of a full one, and a 50 Wh cell instead of 99 Wh on a light build.

Rods $21.24

SMALLRIG

SmallRig 15mm Carbon Fibre Rods, 12 inch pair

Carbon rods save weight where weight is worst, out in front of the camera on the end of a lever.

Length: 12 in

Match rod length to your longest lens.

Check price

Best value $83.30

Tilta

Tilta Full Camera Cage for FX3 and FX30

A body-specific frame with a NATO rail on top, a cold shoe and an HDMI cable clamp, which is the part that saves a shoot when a monitor cable gets tugged.

Fit: Sony FX3 / FX30
Top: NATO rail

The pick if you shoot an FX3, FX3A or FX30.

Check price

Carry-on safe $129.99

SMALLRIG

SmallRig VB50 Mini V-Mount, 50Wh

50 Wh is under every common airline limit, which is the deciding factor for a rig that flies.

Capacity: 50 Wh
USB-C: PD 45 W

Two of these beat one big one for travel.

Check price

Where to save weight, in order of effectiveness

The lens. A compact crop zoom instead of a full frame f/2.8 saves 400 to 600 g at the very front of the rig, which is worth more than the same saving anywhere else.
The battery. A 50 Wh cell instead of 99 Wh saves 300 to 400 g at the cost of half the runtime, which is often the right trade on a stabilised build.
The cage. A half cage rather than a full one saves 100 to 150 g and loses mounting points you may not use.
Rods. Carbon instead of aluminium saves 120 g at the front, and the front is where it counts.
The matte box. Removing it entirely saves 350 to 500 g and is usually correct on a gimbal.
The monitor mount. A short NATO clamp instead of a long arm saves mass and, more importantly, reduces the leverage.

That last point is not really about weight. Moving a monitor from a 25 cm arm to a 10 cm clamp reduces the moment at the mount by more than removing 200 g elsewhere would, which is why the balance guide argues that placement matters more than mass.

Weight is not always the enemy

On a gimbal, mass is a payload cost and every gram counts against the rating. On a tripod, mass is irrelevant once the head is rated for it. Handheld, a moderate amount of well-placed mass is actually a benefit, because a very light rig has little rotational inertia and reacts visibly to every small hand movement.

That is why professional cameras are not light by accident, and why stripping a handheld rig to its minimum can produce twitchier footage rather than steadier footage. The rig weight that produces the best handheld results is not the lowest one.

This is one of several reasons the two build ladders on this site diverge rather than being averaged. A stabilised build wants minimum mass and a handheld build wants balanced mass, and those are genuinely different objects.

Next, from here

Rig weight calculator
Add up your own build.
Gimbal payload chart
What these totals fit on.
Rig balance and centre of gravity
Why placement matters more.
Best fluid heads
Matching a head to a loaded rig.
Best shoulder rigs
What to do when the rig gets heavy.
Both complete build ladders
Six builds with every part listed.

Common questions

How much does a typical camera rig weigh?: A caged crop body with a fast zoom and a monitor is 1.6 to 2.0 kg. The full frame equivalent is 2.2 to 2.6 kg, mostly because the lens is two to three times heavier. Adding a V-mount cell, plate, microphone and transmitter takes either build past 3.3 kg, which is a different gimbal class and a different fluid head.
What is the heaviest part of a camera rig?: Usually the lens or the battery. A full frame f/2.8 standard zoom is 700 to 900 g and a 99 Wh V-mount cell is 600 to 750 g, both of which exceed most mirrorless bodies. That is why a smaller sensor format saves weight twice, on the lens and on everything downstream, and why the battery belongs at the rear as a counterweight.
At what weight do I need a bigger fluid head?: Around 2.4 kg, or roughly 5.3 lb, is where an 8.8 lb head starts running out of counterbalance range once the rig is mounted high. Above about 3.4 kg you want a 13.2 lb head, and above about 5 kg a 17.6 lb one. Capacity is where counterbalance can no longer hold the tilt, not a structural limit.
How do I reduce my rig weight for a gimbal?: Start with the lens, since a compact crop zoom instead of a full frame f/2.8 saves 400 to 600 g at the very front. Then the battery, where a 50 Wh cell instead of 99 Wh saves 300 to 400 g. Then a half cage, carbon rods and removing the matte box entirely, which is usually correct on a stabilised build anyway.
Is a lighter rig always better?: On a gimbal yes, because mass is a payload cost. Handheld, no: a very light rig has little rotational inertia and reacts visibly to every small hand movement, while a moderately heavy well-balanced rig produces smoother footage. That is one of the real reasons stabilised builds and handheld builds are genuinely different objects rather than one compromise.
Does where I mount things matter as much as weight?: More, often. Your hands, tripod head and gimbal motors all feel a torque, which is mass multiplied by distance from the pivot, so a 300 g monitor on a 25 cm arm produces the same moment as a 750 g monitor on a 10 cm one. Shortening arms and mounting low reduces felt weight more effectively than removing components.

Totalling your own rig weight against your gimbal payload? The Camera Rig Build Planner is the paid version of these pages: 8 printable worksheets you fill in with your own numbers, plus the full PDF, $29.