Alight Motion Velocity Edit: Smooth Speed Ramps

An Alight Motion velocity edit becomes smooth when the speed change, keyframe curve, shake and blur all point to the same moment. The common mistake is to make every beat violent: too many curve points, constant shake, oversized zooms and motion blur that hides the subject. This tutorial takes the opposite approach. You’ll get 30 velocity recipes with distinct movement patterns, then a practical explanation of easing curves, impact timing and preview performance. The goal is a speed ramp you can read on a phone screen, where the viewer feels acceleration and recovery instead of noticing the editor fighting the graph.

Alight Motion Velocity Edit Tutorial: Smooth Shake and Speed Ramps Step by Step (By Raj Editing)

30 Alight Motion Velocity and Shake Recipes

The speed values below are starting points, not universal numbers. Use the curve shape and impact logic, then tune the actual speed to the motion in your clip.

#01Kick-to-Beat Ramp

Alight Motion velocity recipe — Kick-to-Beat Ramp: place the first speed section near 1.0x, accelerate toward about 2.2x into the visual impact, then ease down toward 0.65x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add two short position keyframes; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #01Edit it to fit your own media

#02Whip-Pan Acceleration

Alight Motion velocity recipe — Whip-Pan Acceleration: place the first speed section near 0.9x, accelerate toward about 2.8x into the visual impact, then ease down toward 0.7x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add one scale overshoot plus recovery; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #02Edit it to fit your own media

#03Three-Point Ease Ramp

Alight Motion velocity recipe — Three-Point Ease Ramp: place the first speed section near 1.1x, accelerate toward about 2.4x into the visual impact, then ease down toward 0.5x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a 2–3 frame rotation nudge; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #03Edit it to fit your own media

#04Slow-Fast-Slow Portrait

Alight Motion velocity recipe — Slow-Fast-Slow Portrait: place the first speed section near 0.8x, accelerate toward about 3.0x into the visual impact, then ease down toward 0.75x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a vertical micro-shake; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

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#05Impact Shake With Recovery

Alight Motion velocity recipe — Impact Shake With Recovery: place the first speed section near 1.0x, accelerate toward about 2.0x into the visual impact, then ease down toward 0.6x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a diagonal position snap; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #05Edit it to fit your own media

#06Zoom-In Velocity Punch

Alight Motion velocity recipe — Zoom-In Velocity Punch: place the first speed section near 1.0x, accelerate toward about 2.2x into the visual impact, then ease down toward 0.65x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add two short position keyframes; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #06Edit it to fit your own media

#07Rotation Snap Accent

Alight Motion velocity recipe — Rotation Snap Accent: place the first speed section near 0.9x, accelerate toward about 2.8x into the visual impact, then ease down toward 0.7x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add one scale overshoot plus recovery; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #07Edit it to fit your own media

#08Scale Overshoot Landing

Alight Motion velocity recipe — Scale Overshoot Landing: place the first speed section near 1.1x, accelerate toward about 2.4x into the visual impact, then ease down toward 0.5x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a 2–3 frame rotation nudge; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #08Edit it to fit your own media

#09Side-Swipe Speed Burst

Alight Motion velocity recipe — Side-Swipe Speed Burst: place the first speed section near 0.8x, accelerate toward about 3.0x into the visual impact, then ease down toward 0.75x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a vertical micro-shake; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #09Edit it to fit your own media

#10Beat-Drop Freeze Ramp

Alight Motion velocity recipe — Beat-Drop Freeze Ramp: place the first speed section near 1.0x, accelerate toward about 2.0x into the visual impact, then ease down toward 0.6x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a diagonal position snap; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #10Edit it to fit your own media

#11Two-Beat Zigzag Shake

Alight Motion velocity recipe — Two-Beat Zigzag Shake: place the first speed section near 1.0x, accelerate toward about 2.2x into the visual impact, then ease down toward 0.65x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add two short position keyframes; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #11Edit it to fit your own media

#12Smooth Travel Hyperlapse

Alight Motion velocity recipe — Smooth Travel Hyperlapse: place the first speed section near 0.9x, accelerate toward about 2.8x into the visual impact, then ease down toward 0.7x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add one scale overshoot plus recovery; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #12Edit it to fit your own media

#13Footstep Speed Accent

Alight Motion velocity recipe — Footstep Speed Accent: place the first speed section near 1.1x, accelerate toward about 2.4x into the visual impact, then ease down toward 0.5x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a 2–3 frame rotation nudge; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #13Edit it to fit your own media

#14Hair-Flip Slowdown

Alight Motion velocity recipe — Hair-Flip Slowdown: place the first speed section near 0.8x, accelerate toward about 3.0x into the visual impact, then ease down toward 0.75x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a vertical micro-shake; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #14Edit it to fit your own media

#15Jump-Landing Ramp

Alight Motion velocity recipe — Jump-Landing Ramp: place the first speed section near 1.0x, accelerate toward about 2.0x into the visual impact, then ease down toward 0.6x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a diagonal position snap; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #15Edit it to fit your own media

#16Hand-Cover Transition

Alight Motion velocity recipe — Hand-Cover Transition: place the first speed section near 1.0x, accelerate toward about 2.2x into the visual impact, then ease down toward 0.65x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add two short position keyframes; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #16Edit it to fit your own media

#17Camera-Turn Velocity

Alight Motion velocity recipe — Camera-Turn Velocity: place the first speed section near 0.9x, accelerate toward about 2.8x into the visual impact, then ease down toward 0.7x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add one scale overshoot plus recovery; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #17Edit it to fit your own media

#18Sports Action Burst

Alight Motion velocity recipe — Sports Action Burst: place the first speed section near 1.1x, accelerate toward about 2.4x into the visual impact, then ease down toward 0.5x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a 2–3 frame rotation nudge; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #18Edit it to fit your own media

#19Vehicle Pass Ramp

Alight Motion velocity recipe — Vehicle Pass Ramp: place the first speed section near 0.8x, accelerate toward about 3.0x into the visual impact, then ease down toward 0.75x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a vertical micro-shake; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #19Edit it to fit your own media

#20Concert Light Pulse

Alight Motion velocity recipe — Concert Light Pulse: place the first speed section near 1.0x, accelerate toward about 2.0x into the visual impact, then ease down toward 0.6x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a diagonal position snap; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #20Edit it to fit your own media

#21Text Reveal Velocity

Alight Motion velocity recipe — Text Reveal Velocity: place the first speed section near 1.0x, accelerate toward about 2.2x into the visual impact, then ease down toward 0.65x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add two short position keyframes; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #21Edit it to fit your own media

#22Photo Layer Parallax Ramp

Alight Motion velocity recipe — Photo Layer Parallax Ramp: place the first speed section near 0.9x, accelerate toward about 2.8x into the visual impact, then ease down toward 0.7x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add one scale overshoot plus recovery; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #22Edit it to fit your own media

#23Mask Transition Acceleration

Alight Motion velocity recipe — Mask Transition Acceleration: place the first speed section near 1.1x, accelerate toward about 2.4x into the visual impact, then ease down toward 0.5x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a 2–3 frame rotation nudge; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #23Edit it to fit your own media

#24Vertical Push Motion

Alight Motion velocity recipe — Vertical Push Motion: place the first speed section near 0.8x, accelerate toward about 3.0x into the visual impact, then ease down toward 0.75x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a vertical micro-shake; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #24Edit it to fit your own media

#25Subtle Micro-Shake Beat

Alight Motion velocity recipe — Subtle Micro-Shake Beat: place the first speed section near 1.0x, accelerate toward about 2.0x into the visual impact, then ease down toward 0.6x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a diagonal position snap; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #25Edit it to fit your own media

#26Slow Intro Fast Chorus

Alight Motion velocity recipe — Slow Intro Fast Chorus: place the first speed section near 1.0x, accelerate toward about 2.2x into the visual impact, then ease down toward 0.65x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add two short position keyframes; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #26Edit it to fit your own media

#27Reverse-Feel Speed Curve

Alight Motion velocity recipe — Reverse-Feel Speed Curve: place the first speed section near 0.9x, accelerate toward about 2.8x into the visual impact, then ease down toward 0.7x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add one scale overshoot plus recovery; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #27Edit it to fit your own media

#28Motion-Blur Accent Ramp

Alight Motion velocity recipe — Motion-Blur Accent Ramp: place the first speed section near 1.1x, accelerate toward about 2.4x into the visual impact, then ease down toward 0.5x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a 2–3 frame rotation nudge; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #28Edit it to fit your own media

#29Loop-Ready End Ramp

Alight Motion velocity recipe — Loop-Ready End Ramp: place the first speed section near 0.8x, accelerate toward about 3.0x into the visual impact, then ease down toward 0.75x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a vertical micro-shake; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #29Edit it to fit your own media

#30Clean Cinematic Master Curve

Alight Motion velocity recipe — Clean Cinematic Master Curve: place the first speed section near 1.0x, accelerate toward about 2.0x into the visual impact, then ease down toward 0.6x instead of snapping instantly back. Build the movement with a small number of keyframes and shape the easing curve so acceleration and deceleration are visible on the graph. At the impact, add a diagonal position snap; stop the shake immediately after the beat so the subject can settle. Add Motion Blur only after the timing reads cleanly. Inspect faces and edges frame by frame, because an aggressive curve can reveal compression, warping or preview lag that blur should not be used to hide.

Raj Editing resource #30Edit it to fit your own media

Prepare the Clip Before Drawing a Velocity Curve

This is the practical core of Alight Motion velocity edit: The curve editor is easiest to understand by watching how keyframes, easing curves and curve editor change over time. A velocity edit should have a reason to accelerate and a place to recover. If the graph contains many sharp direction changes, the motion often feels mechanical even when the preview looks energetic.

Use position and scale after the timing is readable. A short shake can reinforce an impact; motion blur can help fast movement feel continuous. Neither tool should remain active long enough to hide the subject. If preview performance drops, simplify heavy effects while judging timing, then restore only what improves the final render.

Read the Easing Graph Like Motion, Not Decoration

The curve editor is easiest to understand by watching how curve editor, position and scale change over time. A velocity edit should have a reason to accelerate and a place to recover. If the graph contains many sharp direction changes, the motion often feels mechanical even when the preview looks energetic.

Use rotation and shake after the timing is readable. A short shake can reinforce an impact; motion blur can help fast movement feel continuous. Neither tool should remain active long enough to hide the subject. If preview performance drops, simplify heavy effects while judging timing, then restore only what improves the final render.

Tie Shake to One Impact Instead of Every Beat

The curve editor is easiest to understand by watching how scale, rotation and shake change over time. A velocity edit should have a reason to accelerate and a place to recover. If the graph contains many sharp direction changes, the motion often feels mechanical even when the preview looks energetic.

Use speed ramp and motion blur after the timing is readable. A short shake can reinforce an impact; motion blur can help fast movement feel continuous. Neither tool should remain active long enough to hide the subject. If preview performance drops, simplify heavy effects while judging timing, then restore only what improves the final render.

Use Motion Blur Without Hiding Bad Timing

The curve editor is easiest to understand by watching how shake, speed ramp and motion blur change over time. A velocity edit should have a reason to accelerate and a place to recover. If the graph contains many sharp direction changes, the motion often feels mechanical even when the preview looks energetic.

Use overshoot and graph timing after the timing is readable. A short shake can reinforce an impact; motion blur can help fast movement feel continuous. Neither tool should remain active long enough to hide the subject. If preview performance drops, simplify heavy effects while judging timing, then restore only what improves the final render.

Repair Jitter, Warping and Preview Lag

The curve editor is easiest to understand by watching how motion blur, overshoot and graph timing change over time. A velocity edit should have a reason to accelerate and a place to recover. If the graph contains many sharp direction changes, the motion often feels mechanical even when the preview looks energetic.

Use preview performance and frame rate after the timing is readable. A short shake can reinforce an impact; motion blur can help fast movement feel continuous. Neither tool should remain active long enough to hide the subject. If preview performance drops, simplify heavy effects while judging timing, then restore only what improves the final render.

2026 Feature Check for Alight Motion

Alight Motion’s help documentation explains that easing can be applied to keyframed properties such as location, scale and rotation, while Motion Blur reacts to animated changes in those properties. That supports a curve-first approach instead of treating blur as a substitute for timing. Check the current Alight Motion easing help before publishing or updating a time-sensitive claim.

Related Raj Editing Guides

Related Raj Editing guides that genuinely overlap with this topic are VN slow motion editing, VN video editor guide and mobile editing workflow.

Frequently Asked Questions

What makes an Alight Motion velocity edit feel smooth?

For Alight Motion, when answering ‘What makes an Alight Motion velocity edit feel smooth?’, the practical answer depends on the source media and the version of the app you are using. In this article, the most relevant checks are keyframes and easing curves. In Alight Motion, fewer well-shaped keyframes usually create a cleaner acceleration curve than many tiny points that fight each other.

How many keyframes should a speed ramp use?

For Alight Motion, when answering ‘How many keyframes should a speed ramp use?’, treat this as a workflow decision rather than a rule that applies to every project. In this article, the most relevant checks are curve editor and position. In Alight Motion, fewer well-shaped keyframes usually create a cleaner acceleration curve than many tiny points that fight each other.

What is easing in Alight Motion?

For Alight Motion, when answering ‘What is easing in Alight Motion?’, start with the simplest version that solves the visual problem, then add complexity only when it improves the result. In this article, the most relevant checks are scale and rotation. In Alight Motion, fewer well-shaped keyframes usually create a cleaner acceleration curve than many tiny points that fight each other.

Should shake be applied through the whole clip?

For Alight Motion, when answering ‘Should shake be applied through the whole clip?’, for this search intent, the safest approach is to check the current control in your installed app and judge the output itself. In this article, the most relevant checks are shake and speed ramp. In Alight Motion, fewer well-shaped keyframes usually create a cleaner acceleration curve than many tiny points that fight each other.

When should I add Motion Blur?

For Alight Motion, when answering ‘When should I add Motion Blur?’, a good result comes from matching the tool to the material instead of forcing the same setting onto every edit. In this article, the most relevant checks are motion blur and overshoot. In Alight Motion, fewer well-shaped keyframes usually create a cleaner acceleration curve than many tiny points that fight each other.

Why does my velocity edit look jittery?

For Alight Motion, when answering ‘Why does my velocity edit look jittery?’, the feature can help, but it does not remove the need to inspect timing, crop, edges, audio or color in the finished file. In this article, the most relevant checks are graph timing and preview performance. In Alight Motion, fewer well-shaped keyframes usually create a cleaner acceleration curve than many tiny points that fight each other.

Can heavy effects make Alight Motion preview lag?

For Alight Motion, when answering ‘Can heavy effects make Alight Motion preview lag?’, use the current official app/help page for availability, then apply the technique according to your own footage or photo. In this article, the most relevant checks are frame rate and keyframes. In Alight Motion, fewer well-shaped keyframes usually create a cleaner acceleration curve than many tiny points that fight each other.

How do I sync a speed ramp to a beat without overediting?

For Alight Motion, when answering ‘How do I sync a speed ramp to a beat without overediting?’, think about what the viewer needs to notice first; that usually tells you whether the feature is necessary. In this article, the most relevant checks are easing curves and curve editor. In Alight Motion, fewer well-shaped keyframes usually create a cleaner acceleration curve than many tiny points that fight each other.