Mounts
645 threads in the archive
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Mounts decide whether your rig stays solid or fights you all day, so match every plate, bracket and clamp to your camera and sled instead of assuming it fits 110. Keep heavy items at the rear and every mount rigid, and put monitors on sled rods rather than on the camera 25264647. For vehicles, bolt the rig on with a proper vehicle mount and strap yourself in separately with a full-body harness 38.
The questions 10
Which camera plate or dovetail fits my camera on my sled?32 threads · latest 2026
In short
Match the plate to your camera and to the dovetail width of your top stage, because widths differ between makers and sleds 1. An ALEXA Mini goes straight on a standard Steadicam® plate, while an ALEXA 35 takes an ARRI SAM plate or an Apex A35 plate 2.
How the pros do it
- Check the dovetail width of your sled first 1. XCS makes two plate widths, and current XCS Standard and Side Adjustable plates do not fit a Betz-Tools topstage 1.
- Know that the Zephyr and Ultra sleds use different dovetail sizes, and Zephyr plates share the Archer width 3.
- For ARRI cameras, the ALEXA Mini mounts directly to a standard Steadicam® plate 2. The Mini LF needs the ARRI SAM-2 adapter 2.
- For the ALEXA 35, use the ARRI SAM-7 or the Apex Cinema Gear A35 plate 2. SAM plates have 3/8-inch threads underneath and stack directly 4.
- For a Sony Venice, Betz-Tools makes a part that attaches it to a Steadicam® dovetail plate 5. Ronford Baker's Venice Extension Block is another option 5.
- For VCT and broadcast cameras on an XCS Top Stage, the Zalex Longplate (about 300 USD) mounts straight into the dovetail and replaces the separate VCT baseplate 6. The CamJam Railway plate replaces the heavier Sony baseplate if you don't need lateral adjustment 6.
Don't overtighten the Kipp handle on an XCS clamp, because it needs less force than some other designs and can be damaged 9. One operator reported broken yoke forks under heavy camera loads on a Flyer, so inspect them regularly 4.
Opinions differ here
One side favors the longer, more rigid SAM-7 for the ALEXA 35 and keeps the Apex plate as a backup 2. The other side likes the Apex plate because it saves about 1.5-2 inches of height on a Flyer 4. On a Trinity, the SAM-6 is the correct spec, and Apex with a SAM-0 adds about 1/4 inch of height 8.
What changed
Earlier, in 2022, the ARRI SAM-7 was not yet available for the ALEXA 35 7, today, in 2023, operators mount it with the SAM-7 or an Apex A35 plate 2.
Which low-mode bracket do I need for my camera?35 threads · latest 2022
In short
Use a bracket made for your camera body, because brackets are not universal 10. You also need a gimbal bracket (D, F or J) that matches your rig 11.
How the pros do it
- Match the camera bracket to the body, since not all brackets fit all cameras 10. The VLS bracket works with Sony and Panasonic cameras like the F900, D600, Varicam and SDX-900 12, and the Hill 435 bracket only fits the Arri 435 13.
- On an Arri 435, a 100% video top is the preferred low-mode mount because it has a built-in plate 14. If you use the Hill bracket instead, you need Steadicam® magazines because standard 435 magazines hit the bracket 14.
- Pick a bracket that mounts to the camera chassis, not to small handle screws, for more rigidity 10. Avoid clamping to padded or plastic handles if you can, because they flex and give only mediocre stability 1512.
- Add the gimbal bracket for your rig, a D, F or J type 11. The III A arm uses 5/8 inch posts 16, and a sled with 3/4 inch posts may not take standard brackets 17.
- On a Pilot, the dedicated F-bracket lowers lens height by about seven inches 18. On a Zephyr, part number 300-7901 is the F-bracket itself, and the low mode kit adds a clamp for the camera top handle 15.
- If no bracket exists for your camera, mount it upside down and flip the image in post 10. Shoot progressive when you plan to flip, because interlaced video jitters and flickers when inverted 19.
Do not overtighten stirrup rods on video brackets, because it can damage plastic camera parts 12. A low-mode baseplate can also crush the fragile viewfinder focus knob on an Aaton 24.
Opinions differ here
Many operators skip dedicated brackets and just flip the camera upside down, then correct it in post 21. Others point out that camera department staff and some cinematographers prefer the camera right-side-up in low mode, which is what a bracket gives you 23.
What changed
Earlier, in 2004, operators leaned on camera-specific brackets such as the SR2 low mode bracket 20, while today, in 2010 and 2022, many flip the camera and fix it in post 21 or use post extensions instead of a bracket 22.
Where do I mount my focus motor, recorder or receiver on the rig?27 threads · latest 2026
In short
Put heavy items at the rear of the camera or sled so they act as counterweight, and keep every mount rigid 2526. Motors go on rods or a camera-mounted bracket, and transmitters or receivers go on the rear of the sled or the battery plate 272829.
How the pros do it
- Mount recorders on the rear of the camera on a flat plate, not on top or bottom, because a high mount raises the center of gravity 25. A rigid mount matters, since any flex keeps throwing off your balance 25.
- A Codex Onboard at 5.7 pounds sits on the rear of an Alexa without camera modification 30. That rear spot also lets you use low-mode plates 30.
- Put the Preston MDR4 as far back as possible so it counterweights the sensor and lens 26. On an Epic, top-mounted 19mm rods are the standard way to carry motors 27.
- For an MDR on rods, the Skipps Engineering Modular bracket clamps onto 19mm rods 31. A cheeseplate mount for the MDR gives 116 mounting location and orientation combinations and suits camera-based placement better than rod-based solutions 32.
- Put the wireless transmitter at the rear of the sled foot, not on the camera, to reduce load on the gimbal head 26. On a Trinity you can use the ARRI CSS clamping bridge 19 mm with a drilled 1/4-inch hole and a quick-release plate 28. The Trinity gen.1 battery stage rods measure about 18mm, so check adapter fit 33.
- Mount the RIA-1 receiver on the rear top of the ALEXA 35 body, or on a B-Mount cheeseplate that clips into the battery plate 29. For a small HDMI to SDI converter, zip ties plus a D-tap with a 5-volt regulator worked on a Blackmagic mini converter 34.
DualLock removal force can damage delicate recorder bottom plates 36. Codex power draw can drop battery voltage and shut the recorder down, so swap batteries before they get critical 30.
Opinions differ here
Operators split on how to attach recorders 36. Some prefer clamps while others favor DualLock adhesive 36. On receivers, velcro is convenient but less reliable than fixed brackets for professional follow-focus work 37.
What changed
Earlier, in 2007, transmitters were commonly velcroed to the camera top or sled side 35, today, in 2023, they go on the rear of the sled foot or on a clamping bridge with a quick-release plate 2628.
How do I safely hard-mount my Steadicam® to an ATV, UTV or vehicle?26 threads · latest 2026
In short
Treat it as two jobs: attach the rig with a proper vehicle mount, and attach yourself separately with a full-body harness 38. Have a key grip build and verify the rig, and use an experienced driver 3940.
How the pros do it
- Bring in a key grip or grip team to build and verify the rig, because vehicle rigging is grip work and not a solo job 39. Confirm the vehicle specs, bed or hitch dimensions, speed and ground conditions first 39.
- Use a vehicle mount that adapts your vest socket block to speed rail, a Mitchell plate or a 2-inch receiver 38. Ideally that means a speed rail clamp on a pipe frame built by grips 39.
- If you use a hitch receiver, check the tongue weight rating, since a Class III 2-inch hitch rated for 4000 pounds towing may carry only 600 pounds of tongue weight 41. Gussets on welded joints add strength where the torque concentrates 41.
- Level the vehicle with the full weight of operator and rig in place, and put counterweight over the front wheels when you shoot from the back 42. Expect the suspension to compress under the extra load 40.
- Wear a full body harness with anchor points at shoulder and waist, and keep the leash short enough that a fall cannot drag you 38. Add a helmet 4243.
- Do a monkey test by shaking the complete rig with your full body weight before the shoot 39. Rehearse at progressively higher speeds with driver, director and operator agreed on the procedure 42. Balance neutral with some extra drop time on a hard mount 44.
ATVs have a high center of gravity and tight suspension and are prone to flipping at speed, which can destroy equipment and seriously injure you 42. Climbing daisy chains are not rated for fall protection, and if one fails it can release enough slack to drag you 38.
Opinions differ here
Operators split on restraint and rigid mounting on ATVs 4240. One side says a roll cage or a tight harness protects better than being unstrapped 42. The other says ATVs flip in sand, so rigidly attached gear is dangerous during high-speed maneuvers 40.
What changed
Earlier in 2010 a new vehicle mount was quoted at about 1075 dollars 45, today a 2026 entry quotes around 800 USD and calls it an order of magnitude only 38.
How do I mount a monitor on my sled, including in low mode?20 threads · latest 2025
In short
Clamp the monitor to rods on the sled through an arm, not to the camera 4647. For low mode, put it on the sled's top rods, for example with a Cam Jam Quattro arm 4846.
How the pros do it
- Rod-mounted solutions are more stable than the existing 1/4" holes on baseplates, and bolting straight into a baseplate loosens more easily 47.
- A Starlight HD went on the top rods of a Pro HD II sled as a low-mode monitor, and Quattro arm brackets can be adapted for it 46.
- Ball-clamp magic arms with rubber o-rings hold better under inertial stress than generic ones, and a Cam Jam Quattro suits small HD monitors on pro sleds 4748.
- Monitors under 5 inches stay reliable on ball-arm mounts, and longer rod extensions can add vibration 4749.
- An M2 top stage takes 15mm rods with 1/2-13 threading, and Cam-Jam makes them for M1, M2 and Archer2 at lower cost than Tiffen 50.
- A battery eliminator or a DC to D-Tap cable saves weight and a separate battery swap, but recorder-monitors can add up to 6 frames on top of the camera's 1-2 frame delay 4751.
Don't open the Steadicam® Solo's post to route video connectors, because you risk damaging clamps or other components 52. A standard 1/4-20 mount can loosen from a bump, so check it before you fly with the monitor 53.
What changed
Earlier, in 2006, operators put heavy CRT monitors on adjustable brackets like the Chrosziel Ted Churchill 49, today, in 2022, monitors under 5 inches sit on ball-clamp magic arms 47.
Where should I mount a gyro or Volt gimbal on my sled?19 threads · latest 2026
In short
Mount a heavy gyro low on the sled or on the post right below the gimbal, not up on the camera 5455. The Volt gimbal goes on the post in place of your gimbal, and its control box needs a stiff, short mount close to the top stage 5657.
How the pros do it
- Keep a heavy gyro low on the sled rather than on the camera, because up top it makes the rig top-heavy and unstable 54.
- Or clamp the gyro to the post directly below the gimbal in an X pattern, which keeps added mass close to the gimbal 55. Put batteries and umbilical connections away from the gimbal mount 55.
- If the original maker no longer builds your gyro mount, look at XCS post mount brackets, Optical Support brackets or a custom fabricated mount 55. Verify bracket fit for your gyro model and post size before you buy 55.
- For a Kenyon 6x6 on a Pro rig, bolt a custom aluminium plate to the V-lock battery plate at the sled bottom 58. Add metal support brackets on both sides of the battery up to the accessories plate, because the plastic plate alone takes too much torque 58.
- The Volt gimbal fits posts of 1.75 inches or smaller and cannot go on a 2 inch post without major modification 56. For a 1.5 inch post, Tiffen's VOLT GK1 kit includes adapters for multiple post sizes, and you must specify Regular or Goofy when ordering 59.
- Mount the Volt control box with 15 mm rods or an ARRI 15 mm clamp on the top or bottom stage, short, stiff and close to the stage 57. On an XCS U3 with a 1.75 inch post, a dovetail plate or bracket raises the sensorbox nearly one inch to keep it from fouling the camera 60.
Check power cable compatibility between your rig and the Volt control box carefully, or you can damage the equipment 59. Mounting a gyro straight on the plastic V-lock plate creates excessive torque and stress 58.
Opinions differ here
Operators disagree on what makes the Volt brain mount stiff enough 5761. One side uses ARRI-recommended 15 mm rod mounts with steel rods 61. Another finds the ARRI mount flexes on fast moves and says CamJam is more rigid for the brain and monitor together 61. A 15 mm ARRI clamp mounted straight to the stage has also been called bomb-proof 57.
What changed
Earlier, in 2012, gyro placement was described as either near the camera or below the gimbal 54, today, in 2016, the advice is to post-mount it directly below the gimbal in an X pattern 55.
Can I mount my Steadicam® on a Segway, rickshaw or other platform?20 threads · latest 2017
In short
Yes. The sources cover a hard-mounted Segway 6263, rickshaws 6465 and low-speed bicycle mounts 66, and each has limits on speed, surface or noise 646766.
How the pros do it
- For a Segway, the 2011 conversion kit runs about 10,000-10,700 euros, takes about one hour to fit and can be reversed 62. A custom hardmount on a standard Segway costs significantly less than a pre-made setup 63.
- Pick the model for your location: the x2 has a larger footprint and slightly better stability, and it takes narrow wheels for indoor work 68. The i2 feels more responsive 68.
- Budget practice time: expect several days of a couple of hours each before you feel confident on a real location 69. For tight spaces like tunnels, use a radio spotter on a dedicated channel 70.
- For a motorized rickshaw, the Steadiseg attachment converts in under 5 minutes and needs about 30 minutes of practice to steer 65. It suits low-angle shots and shooting backwards at speed in confined spaces 65.
- For a towed rickshaw, use the 2-inch square hitch receiver, stay under 30 mph, and stick to flat, smooth surfaces 64. Setup takes under 2 minutes, and metal shims or gaffer tape take the play out of the receiver 64.
- For a bicycle, use a step-through frame and cut off the handlebar on the rig side 66. Add training wheels for slow speeds, starts and stops, and keep the seat high enough to pedal 66.
A Segway operator who watched the monitor hit an obstacle and fell, and a sudden stop throws the rider forward 7273. If you fall, grip the Steadicam® arm to keep the camera off the ground 73.
Opinions differ here
Operators split on Segway safety fenders: one view is that they may help deflect lightweight objects away from the wheels 72, while participants also disagreed on whether fenders would work or create other hazards 72.
What changed
Earlier (2005), the Segway rig was still in development at an estimated price under $20,000 71, today (2011) a conversion kit costs about 10,000-10,700 euros and installs in about an hour 62.
Should I use V-mount or Gold Mount batteries on my rig?12 threads · latest 2023
In short
Go Gold Mount if you shoot low mode or inverted, because it holds better and stays on when bumped 747576. V-mount is lighter, cheaper and quicker to swap one-handed, and many operators pick it simply because they already own the batteries 7775.
How the pros do it
- Check what your local rental houses and crews run, and match it 78. Gold Mount is more common in North America, V-mount in Europe and Asia 75.
- If you work in low mode or with the rig inverted, choose Gold Mount 7475. V-mount batteries can slide out and cut power when the camera sits close to the ground 75.
- If you stay on V-mount with a RED, add a strap to hold the battery during handheld or Steadicam® work 77. Sony cameras have fewer retention problems 77.
- Fit a dedicated plate instead of living on an adapter 78. Adapters have mechanical play, add height and can cause vibration and electrical connection problems 79.
- If you must use an adapter, put soft Velcro on both the mount and the adapter to cut the vibration 79. Keep adapter plates for both directions in the kit so you can use production or colleagues' batteries 7778.
- To convert a sled from V-mount to Gold Mount, swap the plate and solder positive to positive and negative to negative 7880. Expect to drill and tap new holes, since the screw patterns differ 80.
V-mount batteries have been reported falling off cameras, which risks damaging gear such as monitors 7576. When converting plates, verify polarity before resoldering the power leads to avoid damage 80.
Opinions differ here
Some operators say Gold Mount stays secure when inverted or knocked, where V-mount batteries come off 74. Others say V-mount retention varies widely by battery plate and camera, with RED worse than Sony 77. A later thread says both systems work adequately and the choice is usually driven by prior purchases and region 75.
Which docking bracket or collar fits my rig, and how do I mount it?11 threads · latest 2025
In short
Match the bracket to your sled weight class and arm post size 8182. Light sleds can use an inexpensive bracket, while heavier rigs do better with a used PRO Docking Bracket 81.
How the pros do it
- Pick by weight class: a beginner sled can use an inexpensive bracket, and a heavier rig benefits from a used PRO Docking Bracket 81.
- Check the arm post size: Pilot, Zephyr and Flyer share one docking bracket because their arm posts are the same size, and the Scout uses the Pilot bracket 82. The Aero fitting is an assumption, not confirmed 82.
- With a Hill docking ring on a Gorelock 2 as the dock, a 2-inch collar is the right size to go over the PRO locking part beneath the junction box 83.
- On an Artemis/Trinity carbon post, several operators dock with a Hill collar beneath the blue ARRI collar 84. Don't overtighten it, because it migrates upward against the ARRI collar over time 84. Keep the ARRI dock for initial assembly and post-load changes 84.
- Don't put a docking collar below the gimbal on a telescoping post, because the ring can squeeze and deform the post 85. It can also obstruct the gimbal when you invert the camera for low-angle shots 85.
- The Trinity-Air docking fork can't be adapted to other dock systems without one or two custom-fabricated parts 86. Thicker replacement retention forks give less wobble with heavier camera assemblies 87.
A budget CAME-TV Docking Bracket holding a RED Komodo and ARRI ALEXA Mini tipped significantly and needed a sandbag and a second person standing by 81. Operators warn that cheap camera-support parts often cost more through damage and replacement 81.
Should I use a front-mounted or back-mounted vest?9 threads · latest 2020
In short
Make a back-mounted vest your main one for long days and heavy rigs 88. Keep a front-mount option for tight spaces and running 8889.
How the pros do it
- Pick back-mount for long takes, lock-offs and heavy cameras, because it allows longer operating duration and handles heavier loads 88. One report has it carrying 11+ hour days with minimal soreness the next day 90.
- Keep a front-mount for doorways, narrow corridors, stairs and running shots 88. Some operators just add a front-mount adapter to the back-mounted vest for difficult access, but it can add flex and needs shimming so the sled doesn't move away 90.
- Get the vest fitted to your measurements, in person if you can 89. Make sure it sits correctly above the waist to avoid nerve pinching and leg numbness 91.
- Plan for an adaptation period, which can take up to a year if you come from years of front-mount work 89. Back-mount users often report leg fatigue instead of back soreness 89.
- Most operators settle on one primary vest and keep a backup of the other type 89. Some prefer two separate vests over a dual-mount that switches inside one harness 92.
Both vest types can cause leg tingling, numbness or nerve compression from prolonged wear without movement 94. A wide back-mounted profile can also damage set pieces with the carbon arm and mounting hardware 88.
Opinions differ here
Most operators report that back-mount reduces fatigue and back pain 9089. Others tried it and went back to front-mount after discomfort or numbness 91, and some say back-mounted setups gave them asymmetrical weight distribution that affected posture 93. Opinions on which design is better stay divided among experienced operators 91.
What changed
Earlier, in 2007, back-mounted vests were credited with better posture and breathing 88, today, in 2020, some operators say front-mounted exovests that contact only the pelvis and shoulders may breathe easier and give better stamina 93.
Sources 94
- 1Compatibility of dovetail plates with steadicam sleds and tripod mounts
- 2Camera plates required for Steadicam® Ultra 1 with ARRI ALEXA Mini, Mini LF, and ALEXA 35
- 3Dovetail plate compatibility between Zephyr and Ultra steadicam sleds for Alexa camera mounting
- 4Low-profile mounting of ARRI ALEXA 35 to Steadicam® Flyer using minimal-height base plates.
- 5Mounting solutions for attaching a Steadicam® plate to a Sony Venice camera
- 6Baseplates for VCT and broadcast cameras on XCS Top Stage sled
- 7Mounting the ARRI ALEXA 35 on Steadicam®: plate options and balance considerations.
- 8Initial equipment specification for ARRI Trinity 2: camera plates, power cables, and battery selection.Disputed
All 94 sources
- 9Compatibility issues between Panavision Alexa dovetail plates and XCS Topstage camera support systemsDisputed
- 10Choosing between cage and bracket systems for low mode on Steadicam® rigs with video cameras
- 11Essential low-mode brackets for basic Steadicam® setups and their alternatives
- 12Video camera low mode brackets and mounting solutions
- 13Compatibility of Hill 435 bracket with Red camera in low mode configuration
- 14Supporting the ARRI 435 camera in Steadicam® low mode configuration
- 15Choosing between F-bracket options for Steadicam® Zephyr
- 16Operating Steadicam® in low mode with and without a D/F/J bracket
- 17Finding f/j brackets compatible with thicker arm posts on action camera sleds
- 18Using Steadicam® Pilot in low-mode operation with F-bracket accessory
- 19Low-mode solutions for Steadicam® Flyer camera rig
- 20Low mode mounting brackets for Arriflex SR cameras and handle stability issues
- 21Low-mode brackets and camera setup alternatives for the Alexa cinema camera
- 22Lowering camera position on ARRI Trinity: post extensions vs. low-mode brackets and gimbal reach limits.
- 23Using low mode brackets for stabilizing cameras on steadicam rigs during extended low-mode work
- 24Safely mounting Aaton film cameras in low-mode using the handle for Steadicam® operation
- 25Mounting a Firestore FS-100 external recorder on a Steadicam® rig with an HVX200 camera
- 26Mounting Preston MDR4 focus motor and Light Ranger iris control on an ALEXA 35 on the ARRI Trinity
- 27Motor mounting options and rod configurations for Red Epic cameras
- 28Mounting a Teradek wireless transmitter on an ARRI Artemis Trinity sled without cable ties
- 29Mounting the RIA-1 wireless receiver on ARRI Trinity with ALEXA 35
- 30Mounting and balancing the Codex Onboard recorder with Alexa cameras on steadicam rigs
- 31Mounting a Preston MDR bracket on camera rigs
- 32Custom cheeseplate mounting bracket for Preston MDR focus controllers
- 33Mounting Teradek wireless transmitters on ARRI Trinity gen.1 battery stage with cheese plates and clamps.
- 34Mounting HDMI to SDI converters on camera rigs
- 35Mounting wireless video transmitters on Steadicam® rigs
- 36Designing a recorder mount bracket for a camera sled with multiple attachment optionsDisputed
- 37Mounting motor driver receivers to camera support systems with incompatible hole spacingDisputed
- 38Hard-mounting the rig to a vehicle: the two riggings, the honest speeds, and when not to do it at all
- 39Rigging a Steadicam® Zephyr with Sony FX6 to an off-road vehicle (UTV) for live transmission: Hard Mount preparation and alternatives
- 40Mounting camera equipment on an all-terrain vehicle for off-road filming
- 41Building a modular vehicle-mounted camera support using a hitch receiver and Speed Rail system
- 42Safety practices and operational procedures for mounting steadicam equipment on all-terrain vehicles for film productionDisputed
- 43Rigging a Mitchell High Hat as a vehicle mount on a Chevrolet Suburban for camera work on sand dunes
- 44Hard-mounting camera stabilizer to golf cart for following shots with bicyclist and jogger
- 45Pricing and features of Walter Klassen vehicle mount for camera stabilization
- 46Mounting a Starlight HD monitor to a Pro HD II sled for use as a low-mode monitor
- 47Mounting brackets and arms for attaching low-mode monitors to camera stabilizers
- 48Monitor bracket options for professional sleds with 7-inch high-brightness displays
- 49Adjustable monitor brackets for camera rigs with fore-aft positioning capability
- 50Finding affordable monitor mounting rods compatible with M2 top stage accessory mounts
- 51Atomos Shogun 7 and Shinobi 7 monitor cages with side-threading for CamJam mounts, and latency added by recorder-monitors.
- 52Monitor mounting solutions for Steadicam® Solo rigs
- 53On-camera monitor arm solutions for film production rigs
- 54Optimal mounting location for gyroscope stabilizers on camera sleds
- 55Mounting options for gyroscopic stabilizers on camera rigs
- 56Compatibility of M1 Volt gimbal with different Steadicam® brand sleds and arms
- 57Eliminating vibration of the Volt control box on ARRI Artemis during full motor load through rigid mounting alternatives to the standard ARRI SSB-3 bracket.Disputed
- 58Mounting a Kenyon 6x6 gyroscope to a GPI Pro camera rig when standard post mounts are unavailable
- 59Compatibility of Volt gimbal with 1.5-inch post rigs
- 60Mounting a Tiffen Volt sensorbox higher on an XCS U3 with 1.75-inch post to prevent fouling of the camera.
- 61Mounting the TIFFEN Volt brain: rigidity comparison between ARRI rod mounts and CamJam mounts to minimize vibrationsDisputed
- 62Steadicam® Segway conversion system for camera stabilization
- 63Mounting a Segway for steadicam use in Europe
- 64Rickshaw vehicle mount design and performance for steadicam tracking shots
- 65Steadiseg Rickshaw motorized attachment for camera stabilization
- 66Using a bicycle as a camera mount platform for steadicam operations
- 67Steadicam® mounting on Segway vehicles for tracking shots
- 68Choosing between Segway i2 and x2 models
- 69Using a Segway-based camera stabilization platform for film and video work
- 70Using a Segway-mounted camera for live sports broadcasting at rugby union matches
- 71Segway modified for steadicam camera operation
- 72Safety risks when operating camera rigs on Segways during live sports coverageDisputed
- 73Operating a Steadicam® mounted on a Segway and managing fall risks
- 74Comparison of Anton Bauer gold mount versus V mount battery systems for professional video equipment
- 75Comparison of V-mount and AB Gold-mount battery systems for camera work
- 76Comparison of V-Mount and Gold Mount battery systems for camera rigs
- 77Comparing V-Mount and Anton Bauer battery mounts for camera rigsDisputed
- 78Choosing between V-mount adapter plates and converting a Sachtler Artemis sled to AB Gold mount
- 79Compatibility between AB and V-lock battery mounting systems
- 80Converting V-mount battery plate to AB gold mount on cinema camera sled
- 81Choosing between budget and professional docking brackets for rig balancing
- 82Docking bracket compatibility across Scout and similar models
- 83Correct collar size for Hill docking ring on PRO locking component
- 84Using a Hill docking collar beneath the blue ARRI docking collar on the carbon post of Artemis/Trinity.
- 85Mounting docking collar below gimbal on camera support sled
- 86Adapting ARRI Trinity-Air docking fork to alternative dock systems; head-to-tripod collision in low mode due to fork proximity to baby pan.
- 87ARRI Trinity docking-bracket retention forks: thicker and more robust replacement design.
- 88Advantages and limitations of front-mounted versus back-mounted camera stabilizer vests, and whether operators should carry both
- 89Comparison of front-mounted and back-mounted steadicam vests for long-term operator comfort and health
- 90Practical comparison of front-mounted versus back-mounted Steadicam® vests for different shooting scenarios
- 91Comparison of back-mounted Walter Klassen vests versus front-mounted camera support vestsDisputed
- 92Comparing back-mount and front-mount steadicam vests for different shooting scenarios and physical comfortDisputed
- 93Comparison of back-mounted versus front-mounted exoskeleton vests for camera operationDisputed
- 94Comparison of front-mounted and back-mounted Steadicam® vests for different shooting situations
What operators found
- A universal articulated monitor bracket can be mounted on the PRO tube collar; one operator suggested designing it to mount the monitor low on the battery rails at the same spacing as the battery holder, which the designer confirmed is already feasible.2026 Facebook
- Baseplate selection matters less than advance planning with focus puller to design the rig for quick conversion: place follow-focus motors on upper rods (never need repositioning), and consider a second wireless transmitter bracket for both studio and Steadicam® positions.2026 Facebook
- One operator successfully adapted the sensor mounting plate via 3D printing and installed it on the outer ring in place of the counterweights, routing the sensor cable to the Bottom Stage where the Brain processing unit sits on a quick-release base, powered via P-Tap with a voltage converter to the 19 V system supply.2026 Facebook
- The RIA-1 receiver can be mounted on the rear top of the camera body.2026 Facebook
- Worn ARRI dovetail plates exhibit visible play between dovetail and ARRI bridge plate, which produces vibration during zooming operations; several operators have confirmed occasional vibration issues on the ALEXA 35.2026 Facebook
- The Movcam FlexPro is a carrier system distributed through Cineworker.2026 Facebook
Still argued about
- 2026Mounting the TIFFEN Volt brain: rigidity comparison between ARRI rod mounts and CamJam mounts to minimize vibrationsSteadiHub
- 2025MK-V Level: compact roll-stabilization module, function, pricing, and early operator feedbackFacebookSteadicam operators group
- 2024MK-V The Level horizon stabilizer: geometry, weight, and compatibility compared to Wave and AR-Mini systemsFacebookThe Steadicam Group
Often in the same threads
Low Mode88, Dovetail Plate57, Top Stage49, Zephyr48, Base Plate36, Follow Focus36, Hard Mount22, ALEXA 3517, Volt17, Monitor Bracket16, Artemis22, Arm Post18
All threads
- 2026Modernizing Steadicam® PRO sled: Gen-2 battery holder retrofit and universal monitor bracket on the tube collar.FacebookSteadicam operators group
- 2026Swapping an ARRI ALEXA 35 between tripod/studio and Steadicam® mounting: baseplate choice and fastest workflow.FacebookSteadicam operators group
- 2026Mounting a Mo-Sys LED-wall tracking sensor on ARRI Trinity 2 with the sensor oriented upward for virtual production.FacebookArri Artemis Trinity
- 2026Mounting the RIA-1 wireless receiver on ARRI Trinity with ALEXA 35FacebookArri Artemis Trinity
- 2026Eliminating vibration with the ARRI ALEXA 35 on Steadicam®: rigid mounting plate options to bypass the dovetail systemFacebookThe Steadicam Group
- 2026Movcam FlexPro carrier system compatibility with Sony Venice in Rialto Mini configuration on DJI RS gimbalFacebookThe Steadicam Group
- 2026Rigging a Steadicam® Zephyr with Sony FX6 to an off-road vehicle (UTV) for live transmission: Hard Mount preparation and alternativesFacebookSteadicam operators group
- 2026Mounting the TIFFEN Volt brain: rigidity comparison between ARRI rod mounts and CamJam mounts to minimize vibrationsDisputedSteadiHub
- 2026Hard-mounting the rig to a vehicle: the two riggings, the honest speeds, and when not to do it at allOperator practice
- 2026Swapping the camera between tripod and rig: the cheapest upgrade most operators never makeOperator practice
- 2026Managing weight constraints when flying large-format film cameras with heavy anamorphic lenses on a Steadicam rigGeneral Discussion
- 2026Camera adapter plates and stabilizer mounting systems to keep in a steadicam operator kitGeneral Discussion
- 2025MK-V Level: compact roll-stabilization module, function, pricing, and early operator feedbackDisputedFacebookSteadicam operators group
- 2025Modifying a Wave horizon stabilizer for direct PRO-Post mounting and balancing without a top stageFacebookThe Steadicam Group
- 2025Mounting a budget Shimbol monitor to a Steadicam® sled with integrated power and video cabling.FacebookThe Steadicam Group
- 2025Camera payload specifications and setup limits for the Steadicam® Axis; comparison with Sony and ARRI cameras.FacebookThe Steadicam Group
- 2025ARRI Trinity docking-bracket retention forks: thicker and more robust replacement design.FacebookArri Artemis Trinity
- 2025Mounting a Raptor XL camera in an ARRI Trinity: inverted orientation requirement.SteadiHub
- 2025Choosing low/high mode kits for ARRI Artemis2 with Xarm Neo arm: compatibility of Pro and Tiffen options.SteadiHub
- 2025Adapting ball head tripods to Mitchell/flat base for ARRI Steadicam® Trinity joystick controlSteadiHub
- 2025Monitor bracket compatibility between Artemis generations: yoke rod width changes and retrofit kit availabilitySteadiHub
- 2025Powering and configuring ARRI DRW-1 wireless wheels and ERM-2400 transceiver with Trinity 2 and RCP-3 controllerSteadiHub
- 2025Mounting Teradek wireless transmitters on ARRI Trinity gen.1 battery stage with cheese plates and clamps.SteadiHub
- 2025Nodal point alignment of the Steadicam® T2 head with SAM plates and large-format cameras.SteadiHub
- 2025MK-V gimbal compatibility with Artemis 2 post and manufacturing lead times.SteadiHub
- 2025ARRI Trinity Pan Module: hardware assessment, software challenges, and grip department workflow integration.SteadiHub
- 2025Affordable monitor mounting solution for low-mode operation with Axis Volt stabilizerSteadi-Newbies
- 2025Delivery delays and technical specifications of the MK-V Level camera stabilization deviceGeneral Discussion
- 2024MK-V The Level horizon stabilizer: geometry, weight, and compatibility compared to Wave and AR-Mini systemsDisputedFacebookThe Steadicam Group
- 2024Centering Sony cameras in the ARRI Trinity T1 using custom-made riser plates instead of ARRI factory plates.FacebookArri Artemis Trinity
- 2024ALEXA 35 Live compatibility with the ARRI Trinity: standard body versus fibre-return moduleFacebookArri Artemis Trinity
- 2024Mounting Sony Venice 2 on ARRI Trinity with SAM-0 plate: build configuration and balancing strategies.FacebookArri Artemis Trinity
- 2024Low-profile mounting of ARRI ALEXA 35 to Steadicam® Flyer using minimal-height base plates.FacebookThe Steadicam Group
- 2024Adapting ARRI Trinity-Air docking fork to alternative dock systems; head-to-tripod collision in low mode due to fork proximity to baby pan.FacebookArri Artemis Trinity
- 2024Inner diameter of the telescoping post on Tiffen M2 with 1.75-inch outer section.FacebookThe Steadicam Group
- 2024Operating an Alexa 35 camera on a Steadicam Aero 30 systemSteadi-Newbies
- 2024Vibration issues with Arri BUD-1 female plate lock during fast camera movement with heavy lensesGeneral Discussion
- 2024Compatibility and setup considerations when using Volt gimbal systems with Artemis 2 and M2 sledsGeneral Discussion
- 2024Adding a low mode monitor setup to a Steadicam Clipper 2 without standard rod mountingSteadi-Newbies
- 2024Finding affordable monitor mounting rods compatible with M2 top stage accessory mountsBrackets/Widgets