Safety
997 threads in the archive
Body
AI draft, not reviewedDraft, written by AI from the archive, every statement linked to its source — not yet reviewed.
Most Steadicam® pain comes from vest fit and how you hold the rig, not from missing gear 12. Seat the vest on your hip bones, keep the weight on your hips, and build legs, core and cardio so long days don't wreck you 353718. On set, walk the route first, use a briefed spotter, and wear a harness on cranes and vehicles 51522426.
The questions 10
Why does my lower back hurt when operating a Steadicam® rig?14 threads · latest 2020
In short
Usually it's vest fit or body positioning, not a missing piece of support gear 1. Holding the sled too far from your body is another common cause 2.
How the pros do it
- Tighten the waist straps first, because a vest worn too loose at the waist shifts and strains the lower back, and in one case the pain disappeared once the straps were tight 3. On a back-mounted vest, a fist-sized gap between your lower back and the vest means you should inflate the air bladder more firmly 4.
- Check the vest length, since a vest that is too short can cause lower back discomfort 5. Setting it slightly longer shifts weight toward your hips 2.
- Check the socket block and the vest threads, because poor socket block adjustment makes the rig painful to wear 5. Threads set wrong forward-backward or side-to-side make you slump into bad posture to compensate 2.
- Keep the sled close to your body and the monitor near your leg, since holding the rig out in front tires your back fast 2. Properly adjusted, it should hang steady without your hands 2.
- Fix your posture by leaning from the ankles instead of bending at the waist 6. When you look at the monitor, bend from the neck, not the lower back 5.
- If the pain sits on one side, your body is out of balance and you are using too much hand force 7. Run hands-free practice drills to find and correct it 7.
Medical professionals generally see the asymmetrical load of Steadicam® operation as stressful to the spine, even with proper technique 9. Bad pain points to form or equipment problems, unlike the muscle fatigue of normal adaptation 10.
Opinions differ here
Operators split on back support belts 8. Some say continuous belt use may weaken back muscles, so they wear one only in the final hours of long days 8. Others treat a belt as protection against sudden movements or falls and as an endurance aid 8.
What changed
Earlier, in 2005, operators put lifting belts under front-mounted vests for back support 8, today, in 2014 and 2020, the advice is to fix vest fit, waist straps and technique first 13.
Should I use a back-mounted or front-mounted vest to avoid pain?10 threads · latest 2024
In short
Back-mounted vests spread weight better and cut lower back fatigue on long days 1112. Fit is personal, though, and some operators went back to front vests after leg discomfort 13.
How the pros do it
- If you stay front-mounted, wear a low-profile lifting belt under the vest, roughly $20-60 USD in 2005 8. Or enlarge the lumbar pad with rigid plastic backing and closed-cell foam 8.
- Adjust vest, sled and socket block properly before you add any back support 8.
- Keep hips and shoulders parallel and avoid twisting with the sled off to one side, because twisting can cause lower back pain 12. Mounting the vest arm higher on the back also improves comfort 12.
- If you switch to a back vest, set it higher than feels natural and lean back slightly 13. Give your glutes about six weeks to adapt 13.
- Keep moving during long wear, because both vest types can cause leg tingling or numbness when you stand still too long 11.
- If you try the Exo Vest, it puts weight on the pelvic saddle instead of compressing the lumbar region 14. Pad it carefully, since a poor setup can cause bruising or hip pressure 15.
The long-term effects of prolonged nerve compression from either vest type are not fully understood 11. Back-mounted setups put more stress on the arm and socket block, and some operators had arm failures after switching, so steel socket blocks were recommended over titanium 17.
Opinions differ here
Some operators say a back-mounted harness reduces or eliminates back and shoulder pain 12. Others had leg discomfort or postural strain with certain back vests and reverted to front vests 13. On belts, no consensus was reached on whether continuous use weakens back muscles or protects against injury 8.
What changed
Earlier, in 2004-2007, the choice was framed as front versus back vest 1116, while by 2012-2014 the Exo Vest offered a front-mounted pivoting design that spares the lumbar region 1415.
How do I get fit enough for long Steadicam® days?10 threads · latest 2024
In short
Build legs, core and cardio, and keep operating the rig regularly 18. Warm up, take short breaks between takes, and sleep seven to eight hours 1920.
How the pros do it
- Train legs and core with squats and deadlifts 21. Add one-leg deadlifts, side planks and side step-ups without momentum 22.
- Build cardio with cycling, swimming, HIIT or stair climbing 18. Walking backwards on a treadmill or running hills and stairs also works 21.
- Do farmer walks, building up to double the weight of your heaviest expected camera setup 21. Keep wearing the actual rig and add weight step by step 2118.
- Warm up and stretch your spinal erectors before you operate 19. Add mobility work and resistance band exercises for the lower back 18.
- Take brief breaks between takes, even if you disguise them as checking gear, and tell the director early if you need splitting shots or docking stands 19. Drink water and replace electrolytes during and after work 23.
- Sleep seven to eight hours a night, because your spinal disks need it to recover 20. Pick training you enjoy, because consistency matters more than the method 18.
Don't run with a weighted vest, because the fixed weight sends impact straight into your joints 21. If lower back pain starts at 10-15 minutes of operating, get it evaluated to rule out injury 22.
Opinions differ here
Some operators say Steadicam® work involves asymmetrical, compressive movements that cause muscular imbalances and joint stress in the hips, knees, ankles and lower back 23. Operators with decades of experience dispute this and report no such effects 23.
What changed
Earlier in 2004 operators pointed to farmer walks, squats and deadlifts as the core preparation 21, today in 2024 the group stresses core and leg work, varied cardio like HIIT and cycling, and regular practice with the rig 18.
What safety harness or precautions do I need on vehicles and cranes?9 threads · latest 2018
In short
On a crane you always wear a harness, and a dedicated grip runs the step-off 2425. On a vehicle you wear a full body harness with a short leash and a shock-absorbing safety line 2627.
How the pros do it
- On a crane, always clip into a safety harness 24. Rehearse the clip-on and clip-off with the grips, starting with the crane near ground level and going higher in small increments 24.
- Have one dedicated grip give every signal on a step-off, including when you are unclipped 25. You keep final authority to halt or decline, even if the crew has approved the setup 25.
- Keep slack in the crane tether and don't lean on it 25. Use a simple release rather than a locking carabiner 25.
- On a vehicle mount, choose a full body harness with shoulder D-rings over a half harness or vest-only setup 26. A full-body climbing harness worn backwards is more secure than a waist-only harness 27.
- Keep the leash short enough that you can't be dragged if you fall or get thrown 26. Use individual-loop daisy chains rated at full strength on each segment, and put a shock-absorbing mechanism in the safety line 2627.
- Wear a helmet and knee pads, and wrap soft padding around speed rails and poles you lean on 27. Agree emergency-stop communication with the driver before you roll 27.
Falling from a crane can mean serious injury or death 25. On vehicles, a daisy chain whose loops aren't individually rated can fail under impact and leave enough slack to drag you 26.
Opinions differ here
Operators differed on when to come out of the harness on a crane step-off 25. One approach has the grip release the safety cable with slack before you reach the edge 24. The other keeps the harness on until the platform is very low, unclipping at a few feet off the ground 25.
Why do my legs, hips or pelvis go numb or hurt in my vest?9 threads · latest 2016
In short
Most often the vest sits too low or is too tight, so it compresses nerves and blood flow at the hip 2829. Raising it, loosening the waistband and moving the padding usually fixes it 283031.
How the pros do it
- Raise the vest if it sits below the pelvic bone, because that compresses nerves and restricts leg circulation 28. Make sure the hip pads don't extend below the hip bones 30.
- Loosen the waistband and skip extra belts or tight clothing underneath, since a tight band compresses nerves and muscles at the hip bone 29. Lean slightly back instead of forward to ease the IT band 29.
- Move the padding: take it out of the lower back and front abdomen and add it at the hip bones 28. Thicker foam and a slightly looser vest reduce numbness without hurting stabilization 31.
- Recheck the height during the day, because the vest can shift down and dig in below the hip bones 30. Over several days the harness can also creep lower 32.
- On long locked-off takes, take the vest off between attempts, since repeated takes without removing it make numbness more likely 31. Remove or loosen it on breaks so circulation recovers 33.
- When you sit, shorten the vest and pad the bottom 33. Recheck the fit after weight loss, because less fat padding leaves nerves more exposed to pressure 31.
Repeated nerve compression from a badly positioned vest can cause temporary or permanent nerve damage 28. Severe, prolonged compression can take away leg sensation so you can't stand or walk safely 33.
Opinions differ here
Operators split on vest height 3234. Several say to raise the vest to stop leg numbness and nerve compression 3230. One Artemis ACT2 thread says bruising on the pelvis bones eased when the vest sat lower on the hips instead of high on the body 34. Some operators also say raising a harness too high strains the back 32.
How should I adjust my vest fit to reduce strain?9 threads · latest 2016
In short
Fit the vest before you load the rig, seat it on your hip bones, and snug the hip and chest straps so most of the weight sits on your hips 353637. Keep the shoulder straps loose enough to cut shoulder load 37.
How the pros do it
- Fit the vest before you mount the sled and arm, because the loaded rig skews the front spar sideways and you can't get a true fit 35.
- Center the hip pads on your hip bones and tighten them first, then adjust vest length until the shoulder pads sit on your shoulders 35. The vest should not move when your legs move 36.
- Snug the chest straps so the front spar can't slide sideways or slip forward 35. Don't overdo it, because back compression can come from excessive chest tightness 37.
- Aim for roughly 60-70% of the weight on your hips and 30-40% on your shoulders 37. Keep the shoulder straps loose enough to minimize shoulder load while the vest still doesn't slide 37.
- Check the height. Too low can cause tingling and numbness in your legs 3628. Too high can chafe your neck and get in the way on stairs or squats 36.
- A folded towel under the bottom front of the vest tips the connection point away from your body 35. A rolled towel or t-shirt under the chestpiece changes the arm mount angle 38. Taking padding out of the lower back and front abdomen and adding it at the hip bones spreads pressure more safely 28.
A vest worn too low, below the pelvic bone area, can compress nerves and cut circulation in your legs, with numbness that lasts hours after you take it off 28. Repeated compression can cause temporary or permanent nerve damage 28.
Opinions differ here
One thread says a vest worn too low compresses nerves and should go higher 28. Another says bruising on the pelvis eases when you wear it lower on the hips rather than high on the body 34. Shoulder straps are also contested, since one thread did not reach consensus on whether they should be minimal or give firm support 37.
How do I run with a Steadicam® rig without falling?8 threads · latest 2017
In short
Scout the path without the rig, rehearse up to shot speed, and never run flat out 3940. Keep a reserve of 10-20 percent of your top speed so you can stop or recover 3941.
How the pros do it
- Walk or run the exact path without the rig before you shoot, because scouting is the main way to prevent falls 39. Walk it several times to find hazards and obstacles 42.
- Rehearse in stages: walk-throughs without the rig, then half speed with the rig, then full speed 40. Tell production you need those rehearsals, especially with an inexperienced director 40.
- Hold back on speed. Run at about 80 percent of full speed so you can stop right away if something appears 41, and keep roughly ten percent of your top speed in reserve 39. Once the rig gets ahead of you past a certain point, the only way to recover it is to run faster 40.
- Set your arm pitch so the rig leans into your body and comes back when you straighten up 40. After a crash, adjust the pitch to keep the rig closer to your body 40.
- Look where you're heading instead of watching the monitor, and frame from pre-set positions and muscle memory 41. Count your stopping distance in advance so you don't run into performers or other people 41.
- Wear cleats or spike shoes on wet grass, mud or slick ground 39. Bring a spotter or grip and tell them you're faster than they expect, so they stay mobile 3942. If you can, hard-mount the camera on an ATV or golf cart, or just walk at a swift pace 4243.
Falling backward puts the full weight of a 50+ pound rig on your body, and a running fall with a Flyer LE rig broke an operator's shoulder 4443. Pivoting in cleats or crampons can cause serious knee injuries because the spikes grip while your body rotates 45.
Opinions differ here
Operators disagree on whether arm pitch changes between walking and running speed: one never adjusts it by speed and keeps neutral balance, while others change it with terrain and body position 40. They also disagree on whether a dedicated spotter is necessary or even feasible during running shots 41.
What shoes and knee pads protect my feet and knees?8 threads · latest 2015
In short
Wear supportive hiking or approach shoes, not minimalist ones, for rig work 46. Carry knee pads matched to the shoot, soft foam for smooth floors and hard shell for rough ground 47.
How the pros do it
- Pick hiking shoes or approach shoes from Merrell, Salomon or Meindl 46. They give support and still flex enough for running, walking and quick direction changes 46.
- With a heavy rig, some operators wear supportive basketball shoes with quality insoles 48. If you have flat arches, add supportive insoles 46.
- Keep minimalist shoes for studios and good weather, because they are impractical in many field situations 46.
- Choose knee pads by terrain: soft foam for smooth surfaces, hard plastic shell with interior padding for running, gravel and asphalt 47. Used skateboard or inline skating pads protect well and cost less 47.
- Practice falls in the pads before the shoot, because hard shell pads can slide on impact and carry you forward 47.
- Lightweight pads that stiffen on impact barely restrict movement 49. You mainly need knee and shin protection when a shot starts or ends low on one knee 49.
Stepping on a small object while carrying a heavy rig can injure you or ruin the shot 48. Pivoting in crampons or cleats can anchor the lower body while the torso turns, and that has caused severe knee injuries 45.
Opinions differ here
Operators split on cushioning and minimalist footwear 50. One side says firmer, lower-profile shoes may cut injury risk by giving better proprioceptive feedback than heavily cushioned ones 50. The other side says minimalist shoes make small foot muscles work constantly, and one operator developed bone spurs after three years in Vibram Five Fingers 46. One participant also doubted that you need protection during typical operating 49.
What changed
Earlier, in 2007, operators reported better stability barefoot in carpeted offices 48, today, in 2013, the advice is that bare foot and minimalist shoes can't handle the payload on hips and shoulders over long periods 46.
What safety precautions prevent injuries on set?8 threads · latest 2014
In short
Walk the route before you rig up, use a briefed spotter, and don't let anyone rush you 5152. Look after your body with proper vest fit, good posture and regular strengthening 5354.
How the pros do it
- Walk the route on foot several times before you operate, so you find depressions, rocks and obstacles that could drop you 51. Check again if things shift in the location 51.
- Bring a spotter for backwards moves, platforms, height drops and complex moves 52. Walk the shot through slowly with them and tell them about any change after rehearsal 52.
- Have the spotter hold your vest handle and stand on the side you're most likely to fall toward, usually opposite the way the camera points 55. If you start to fall, they push you upward instead of trying to catch you 55.
- Rehearse with the actors actually present, not just with the director 56. If an actor ignores requests to slow down, cancelling the shot is the safest option 56.
- In tight, low-clearance or dark spaces, wear a helmet and protective pads 57. Stop work if conditions like smoke become a health problem 57.
- Protect your body by getting the vest fit and arm-to-vest interface right and keeping good posture 54. Do strengthening and stretching, watch for inflammation, and ice after long days 53.
Confirm the pyro load status and location before you roll, because rushing that check has led to near-fatal incidents 5158. Don't operate while holding metal equipment as a thunderstorm approaches 58.
Opinions differ here
Operators disagree on whether proper technique really prevents injury 54. Some say correct technique and fitting minimize the risk, and that some operators work for decades injury-free 54. Others point to colleagues who were hurt despite proper form 54. On spotting, one thread has the spotter grab the vest handle 55, while another notes some spotters grab or jerk unnecessarily, so tap signals suit some operators better 52.
How do I safely walk backwards or down stairs while operating?5 threads · latest 2013
In short
Walk forward where you can, because backward work raises your risk of collisions and falls 59. If you have to go backward, use a spotter, keep checking your path yourself, and break stair shots into segments 6061.
How the pros do it
- Get a spotter on your rear path 59. You still own the path, whether the spotter is there or not 60.
- Glance over your shoulder often and alternate your eyes between the monitor and the ground 60. Keep your nose pointed down toward the battery pack so your peripheral vision picks up either the monitor or where you are walking 6.
- Keep your body line straight through the waist and lean from the ankles instead of bending 6. Balance the rig so it hangs where you can control it without touching it 6.
- Don't run down stairs backwards, because experienced operators consider it inadvisable 61. Split the shot instead, meeting the actors at landings, hinging around them and following only part of the descent 61.
- Rehearse at progressively faster speeds, hold a railing when you can and count the steps aloud 61. Keep crew out of the stairwell and tell the actors to keep a safe distance from the rig 61.
- Fly a light camera package on stairs 61. Keep the sled short, because extending it risks hitting the steps, and a 35mm lens is easier than an 85mm 62.
Walking backwards can put you into obstacles or holes, and a spotter who isn't paying attention won't save you from a fall 6059. Running backwards in the linear tracking position makes stumbling more likely and recovering the rig before you fall harder 6.
Sources 62
- 1Steadicam® setup advice for beginners including back pain, arm tension adjustment, drop time selection, and arm post configuration
- 2Causes and solutions for lower back pain when operating a Steadicam® rig
- 3Steadicam® operating back pain causes and solutions
- 4Back pain when using a steadicam vest after a period of inactivity
- 5Back pain and discomfort when first using a Glidecam stabilizer system
- 6Managing physical strain and proper technique when operating a Steadicam®, particularly in reverse-facing shots
- 7Steadicam® Pilot setup, balance, and running technique with Sony EX1 camera
- 8Back support strategies for steadicam operators wearing front-mounted vestsDisputed
All 62 sources
- 9Back and joint injuries related to Steadicam® operating and how to prevent themDisputed
- 10Managing physical strain when operating heavy camera stabilization rigs
- 11Comparison of front-mounted and back-mounted Steadicam® vests for different shooting situations
- 12Back pain management strategies for steadicam operators wearing vests
- 13Transitioning from front to back vest: timeline for physical and mental adaptationDisputed
- 14Steadicam® Exo Vest design features and performance compared to traditional front-mounted vests
- 15User experiences and impressions with the EXOVEST stabilization vest
- 16Advantages and limitations of front-mounted versus back-mounted camera stabilizer vests, and whether operators should carry both
- 17Steadicam® arm failure modes and stress factors with back-mounted vestsDisputed
- 18Physical fitness training for Steadicam® and handheld camera operators
- 19Managing muscle fatigue during physically demanding steadicam operating work
- 20Rest requirements and safety practices for Steadicam® operators during production work
- 21Physical training methods to maintain Steadicam® operator fitness during downtime
- 22Reconditioning core strength and balance for Steadicam® operators returning after period of disuse
- 23Balancing leg and cardiovascular training with regular Steadicam® operating workDisputed
- 24Safety procedures and techniques for stepping on and off cranes while operating Steadicam®
- 25Safety practices and equipment for crane step-off camera work
- 26Full body harnesses for vehicle-mounted camera rigging
- 27Safety equipment and rigging for camera operators working on vehicle-mounted shots
- 28Improper vest positioning causing nerve compression and circulation issues
- 29Hip and knee pain from tight camera vest waistband during operating
- 30Upper leg pain when wearing Steadicam® vest during extended use
- 31Addressing leg numbness and nerve compression issues with back-mounted camera vests
- 32Leg numbness and collapse when wearing backmount steadicam vests during extended static shotsDisputed
- 33Nerve compression and circulation problems from wearing a Steadicam® vest while sitting
- 34Pelvis bruising and fit adjustment with Artemis ACT2 vest during heavy payload work
- 35Adjusting Steadicam® vest fit and preventing forward or lateral leanDisputed
- 36Proper vest length and fit adjustment for stabilization rigs
- 37Zephyr Vest fitting and adjustment for stabilizer rig operation
- 38Adjusting Steadicam® vest fit for operators with non-standard body proportions
- 39Falling incidents while operating Steadicam® and prevention strategies
- 40Steadicam® operating techniques and safety when running with the rigDisputed
- 41Safety considerations for camera operators running with equipment during live sports coverageDisputed
- 42Techniques and safety considerations for operating Steadicam® while running and on stairs
- 43Risks of running with steadicam equipment during live sports filming
- 44Safety considerations and practical experience with falls while operating steadicam equipment
- 45Traction devices for icy terrain and their safety considerations during camera work
- 46Footwear choice for steadicam operating: wide toe box versus minimalist shoes
- 47Selection and use of knee pads for on-set operating work
- 48Operating a Steadicam® rig with and without footwearDisputed
- 49Knee and shin protection options for Steadicam® operating
- 50Preventing and managing foot stress fractures in Steadicam® operators through proper biomechanics, footwear, and training.Disputed
- 51Safety when operating Steadicam®, particularly checking terrain before shooting and not rushing shots
- 52When to use spotters during Steadicam® work and how to communicate with them effectively
- 53Injuries sustained while operating Steadicam® equipment
- 54Physical training and injury prevention for Steadicam® operatorsDisputed
- 55Safety practices for spotting and assisting a Steadicam® operator on set
- 56Safety hazards and incidents when operating a Steadicam® during filming
- 57Challenges and safety considerations when operating camera equipment on physically demanding and confined film sets
- 58Safety hazards encountered by steadicam operators during production work
- 59Safety considerations for Steadicam® operators moving backward
- 60Safety practices when operating Steadicam® while walking backwards
- 61Operating Steadicam® on stairs during fast-paced action sequences
- 62Operating a camera on stairs with longer focal lengths
What operators found
- Many productions request and rent operator-owned intercom systems, typically 4–8 headsets per set, and several operators report recouping the investment multiple times over.2026 FacebookDisputed
- Black-oxide-coated alloy steel screws offer higher tensile strength and non-reflective finish compared to stainless steel, though surface rust can develop rapidly in salt air.2026 FacebookDisputed
- In the USA, a standard live-production day for Steadicam® operating is 10 hours, with a 1.5× overtime rate from hour 10 to 12, and 2× the base rate from hour 12 onward; equipment rental is invoiced separately.2026 FacebookDisputed
- Vehicle rigging is grip work and should not be attempted alone; engage a Key Grip or grip team to build and verify the rig.2026 Facebook
- Plan the release, not just the attachment. One operator describes losing the production's patience because after every take he had to wait to be disengaged. An hour spent rigging safely at half past five in the morning is defensible; ten minutes lost after each take is what makes a producer push.2026 Operator practice
- A second, older report describes an arm being read as firearm parts on an X-ray, with the operator taken off the flight. The shape of a stabilizer arm in a bag is unusual enough that this is a recurring risk, not a one-off.2026 Operator practice
Still argued about
- 2026Ownership and rental of intercom headsets: business case and operational impact on Steadicam® work.FacebookSteadicam operators group
- 2026Rust on black-oxide screws after one week of coastal shooting on a Tiffen M2: material specification versus maintenance protocol.FacebookThe Steadicam Group
- 2026Rate structures for Steadicam® operating in live television production versus scripted and commercial work.FacebookThe Steadicam Group
Often in the same threads
Zephyr95, Dovetail Plate33, Docking Bracket25, Hard Mount23, Top Stage79, Arm Post30, Low Mode73, Master Series48, G-7037, Follow Focus86, BFD34, Base Plate25
All threads
- 2026Ownership and rental of intercom headsets: business case and operational impact on Steadicam® work.DisputedFacebookSteadicam operators group
- 2026Rust on black-oxide screws after one week of coastal shooting on a Tiffen M2: material specification versus maintenance protocol.DisputedFacebookThe Steadicam Group
- 2026Rate structures for Steadicam® operating in live television production versus scripted and commercial work.DisputedFacebookThe 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
- 2026Hard-mounting the rig to a vehicle: the two riggings, the honest speeds, and when not to do it at allOperator practice
- 2026Flying with a stabilizer: why lubricant on the arm can stop you at airport securityOperator practice
- 2026Storing old stabilizer batteries: which chemistry is actually dangerousOperator practice
- 2026Managing weight constraints when flying large-format film cameras with heavy anamorphic lenses on a Steadicam rigGeneral Discussion
- 2026Seized side-to-side adjustment mechanism on Tiffen Flyer G1 sled after impact damageSled
- 2026Compatibility and mounting options for Volt docking systems with alternative bracket solutionsWave/Volt
- 2025Using small-format Segways versus X2 models as motion bases for Steadicam® and Trinity: payload limits, redundancy, stability, and alternative solutions.DisputedSteadiHub
- 2025ARRI TRINITY 2 SUP 3.0.10 firmware issues and downgrade recommendation, September 2024.SteadiHub
- 2025M2 Volt Steadicam gimbal oscillating and losing control despite proper balance and setupWave/Volt
- 2025Compatibility and performance considerations when pairing a Steadicam G50X arm with a Zephyr sled for cinema camera workGeneral Discussion
- 2025Differences between M-1 and M-2 gimbal designsGeneral Discussion
- 2024Physical fitness training for Steadicam® and handheld camera operatorsFacebookSteadicam operators group
- 2024Transitioning from front to back vest: timeline for physical and mental adaptationDisputedFacebookSteadicam operators group
- 2024Camera plate and Wave falling from Artemis Top Stage during transport despite locked safety pin—orientation and wear of retention mechanismFacebookArri Artemis Trinity
- 2024New Volt prototype with pan axis: whip pans with telephoto and implications for operator skill.DisputedFacebookThe Steadicam Group
- 2024Replacing a broken gimbal clamp on a Volt gimbal and field repair options.FacebookSteadicam operators group
- 2024Operating an Alexa 35 camera on a Steadicam Aero 30 systemSteadi-Newbies
- 2024Exovest locking mechanism slipping during useVests
- 2024Material selection for camera gimbal arm posts: aluminum versus stainless steel durability and performanceGeneral Discussion
- 2024Repairing a rotated connector joint in an MKV post where epoxy adhesive has failedGeneral Discussion
- 2023Importing Steadicam® equipment through Cairo Airport: customs procedures and insurance considerationsFacebookSteadicam operators group
- 2023Rever stabilizer arm with elastic band system performance and designGeneral Discussion
- 2023Compatibility and failure modes of GPI Pro Arm with back-mounted vest systemsGeneral Discussion
- 2023Loose screws on Pro Vest shoulder areaVests
- 2023Replacing a missing pull pin on a Zephyr Vest socket block bracketGeneral Discussion
- 2023Stability issues with Tiffen Exovest fasteners and quick release buckle pinsVests
- 2022Insurance and liability red flags in corporate and live-event operator contracts: when to negotiate or decline.DisputedFacebookSteadicam operators group
- 2022PRO Arm socket block fracture at the rod end bearing: size, cause, and prevention strategies.DisputedFacebookSteadicam operators group
- 2022Static balance loss in camera stage when tilted, caused by tolerance issues and flex in mounting componentsCamera Stage/Donkey Box
- 2022Powering the Arriflex S35 camera from a PRO Sled with 24V batteriesGeneral Discussion
- 2022Comparison of Anton Bauer Titon 150 and Beebob 150 Micro batteries for gimbal stabilizer systemsBatteries/Power
- 2022Using an Aero 30 rig as a beginner learning platform for steadicam operationSteadi-Newbies
- 2022Advantages and disadvantages of using a dedicated low mode monitor on a steadicam rigSteadi-Newbies
- 2022Starting steadicam work with M2 package: arm, post, and vest capacity for various camera typesSteadi-Newbies
- 2021Protecting the thin Volt encoder cable from snagging and connector failure.FacebookThe Steadicam Group
- 2021Comparison of Steadicam arms for use with Arri Alexa EV and Cinema Products 509 sledGeneral Discussion