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Adding Handheld Feel to a Robotic Move

BOTH

A robotic move is inherently mechanical — perfect acceleration curves, repeatable paths. Getting a handheld or organic feel from a robot requires deliberate effort. This guide covers five methods, ranked by Simon Wakley (Flair Lead Developer) from most to least preferred, plus additional community techniques.

Simon Wakley's Ranked Methods (2026-06-05)

"Adding Hand Held Feel: Yes, there are several ways to do this, and my preferred method is to shoot a little wider and let the post guys add it afterwards..." — Simon Wakley

1. Add it in Post (Most Preferred)

Shoot slightly wider than needed and let post add the handheld shake in compositing. Post can spend as long as needed finessing the effect without the entire crew watching, and can match the organic quality to other handheld shots in the edit.

Techniques in post: - Warped Stabilizer (Premiere/After Effects): Film a short piece of handheld footage longer than your shot. Nest it, apply Warp Stabilizer to the nested layer (not the actual clip), then drop the moco shot above it. The stabilizer extracts and inverts the organic motion. - Simple track-and-offset in Nuke or Resolve.

"You can also use warped stabilizer to extract your own handheld motion in post if you wanted it to feel unique or extremely organic." — Ben Myers, 2025-10-14

2. Adjusted PTR Keyframes (Strong Second)

Use Adjustment Axes in Adjusted PTR mode, and add keyframes on Pan, Tilt, and Roll. This leaves the original robot move completely intact and is easy to tweak or remove.

Steps:

  1. Ensure your move is programmed and tested.
  2. Enable Adjustment Axes in the move.
  3. Set the adjustment mode to Adjusted PTR.
  4. Browse through the move and insert keyframes on Pan, Tilt, and Roll adjustment axes at intervals.
  5. Enter small random-ish values for each — typically ±0.1° to ±0.5° depending on shot.
  6. Do not forget Roll — handheld movement without roll feels flat and unnatural.

"Manually adding it through Adjusted PTR keyframes is a strong second as it leaves the original move intact and is easy to adjust, not forgetting to do a little roll as that makes it more realistic." — Simon Wakley, 2026-06-05

"Add waypoints on just the adjustment axes. You can add keyframes with 'place keys' and type in values. It's pretty time consuming which is why the shoot wider option is good." — Simon Wakley, 2026-06-05

Tips: - Vary the spacing of keyframes — irregular intervals feel more natural. - Keep adjustments subtle — too much gives a nauseating "boat" feeling rather than handheld shake. - Use asymmetric values (not perfectly ±equal) for more realism.

"I had to do a handheld-style multipass shot a while ago and got a decent approximation at shake by randomly adding or removing some tilt, camera rotation, lift at every key frame. You just have to be careful with the adjustments, too much will give you a boat floaty feeling rather than shake." — Marc Srour, 2025-10-14

3. Mimic the Adjustment Axes

Run the move and live-perform the handheld feel on the Pan, Tilt, and Roll adjustment axes using Mimic. The result is then baked onto the adjustment axis curves, which can be smoothed in Flair's super window.

"You can also mimic the adjusted axes — preferable again as it leaves the moves intact and can be smoothed as needed." — Simon Wakley, 2026-06-05

How to set this up: - See also: Using Carts Mimic on Bolts for the mimic setup workflow. - Import mimic data as mimic, then use Flair's smoothing tools (super window or drag/drop) on the adjustment curves.

4. Full Mimic Learn

Record the entire move using Mimic mode, physically operating the rig handheld-style during the take.

"Full on mimic learn also works and I've done that too and it works but any sharp movements add the possibility of adding mechanical shake which is less repeatable and can blur the image if high speed." — Simon Wakley, 2026-06-05

Use with caution: Any sharp operator movements can introduce mechanical vibration that blurs the image, and the move will not be perfectly repeatable.

5. Tracker App — Record and Import

Use the MRMC Tracker App to record a handheld camera path using the iPhone's LiDAR and IMU sensors, then import the data into Flair.

"I have also had tracked moves handed to me but they often need to be smoothed so heavily that you can lose the match." — Simon Wakley, 2026-06-05

Notes: - The Tracker App records at 60fps; if your shoot is at 25fps, recorded data will need to be retimed on import. - Orientation data (camera direction) often needs significant correction after import. - Works best as a starting point to be refined rather than used directly. - MRMC Tracker App: Flair Tracker App — Features Reel and additional tutorials on the MRMC YouTube channel

Quick Reference

Method Repeatable Leaves move intact Effort Best for
Post Yes Yes Low on set Best default choice
Adjusted PTR keyframes Yes Yes Medium Controlled, tunable shake
Mimic aux axes Yes Yes Low–medium Live performance
Full mimic Partial No High Handheld-style primary move
Tracker App Partial No Medium Move templating