LiDAR C4D

Cinema4D Particles RayCast Plugin

LiDAR C4D - Camera move into a point cloud

Drop in your scene, fly the camera through it, and bake a liDAR-style point cloud in a few clicks. No scanning hardware, no messy geometry conversion, no wrestling with particle setups. LiDAR C4D gives you that instantly recognizable scanned-world aesthetic - glowing scattered points revealing shape as the camera passes - straight inside Cinema 4D.

Built for motion designers who want the look fast: clean one-panel interface and a ready-to-render Redshift rig so you get a beautiful result out of the box instead of building one from scratch.

What you can get using LiDAR plugin:

Why you'll Like it:

• Fast setup. Point the camera, hit bake - the plugin handles the sampling and point generation for you.
• Redshift rig included. Pre-configured shading and rendering setup so points look great the moment you render.
• Camera-driven reveal. Points accumulate along your fly-through, giving that signature progressive-scan reveal with no manual keyframing.
• Color control. Built-in LiDAR_Color effector for driving point color across the cloud.
• Clean and user friendly UI. Everything you need on one panel - no digging through nested menus.
• Word-space grid snap. Lock points to a world grid for a crisp voxel look, or scatter them freely - switch between clean and organic in one click.
• Scan-line control. Row and column spacing let you thin the point grid into horizontal or vertical scan lines, dialing in that authentic sweeping-sensor feel.
• Ray path visualization. Optional camera-to-point rays render as glowing strands, showing exactly how the scanner "sees" your scene.
• Multiple output modes. Bake to real geometry, a Redshift point cloud, or an OBJ sequence for animated scans - pick whatever fits your pipeline.
• Non-destructive workflow. Your original geometry stays untouched - sample it as many times as you want, tweak settings, and re-bake without any cleanup.
  
  

Perfect for:

Sci-fi, tech, data-viz aesthetics, music videos, title sequences - anywhere you want that scanned, holographic, point-cloud world. 

Motion graphics loops, abstract backgrounds, architectural fly-throughs, and glitchy transitions - turn any object or full scene into living data.

Great for logo builds, AR/VR concept work, projection mapping visuals, and cyberpunk environments - if it can be scanned, it can be reimagined as points.

True LiDAR occlusion

This is how a real lidar actually sees. Points aren't just sprayed onto every surface - they're cast from the camera as rays, so objects in front cast a "shadow" and block the ones behind them. Foreground geometry occludes what's behind it, exactly like a real sensor sweeping the scene, giving you authentic scan gaps and depth instead of a flat, x-ray scatter of points.

Neural-vision object coloring

Combined with color capture, the scan can tint objects the way a machine-vision system labels a scene - reading a horse, a car, a person as distinct colored masses. It's that instantly recognizable "AI sees the world" look: a self-driving-car / neural-net aesthetic where every object in the scan is picked out in its own color.

Snap Points to World Grid

Align every point to a uniform world-space grid instead of scattering them freely across the surface. This locks the cloud into clean, even rows and columns aligned to world space - and that regularity is exactly what sells the sci-fi lidar-scan look. Instead of an organic point spray, you get a structured, machine-sampled grid: the kind of precise, digital-scanner aesthetic you see in tech UIs, HUD readouts, and futuristic scan sequences. Adjust the grid spacing to go from a dense, high-resolution scan down to a sparse, stylized lattice - dialing the density up or down changes the whole feel of the effect.

Color from Diffuse:

LiDAR C4D reads the diffuse color of your objects' materials, so every point inherits the true surface color - your textured model turns into a point cloud that actually looks like the thing it scanned.

Loves Low-Quality Scans

Got a rough, messy scan - noisy geometry, ugly topology, holes? Perfect. The point-cloud treatment hides the flaws and turns a bad mesh into a clean, stylized scan aesthetic. What looks broken as solid geometry looks intentional as points.

Color from Render:

LiDAR C4D samples actual color straight from the rendered frame, so each point carries the real lighting and texture of your scene - not a flat approximation. The result reads as a true scan of your shot.

Frame Sampling:

Sample every Nth frame. Don't bake every frame - capture every 10th (or any interval you set) for a lighter, stylized point cloud that builds in clean steps. Fewer points, faster bakes, and a deliberate scanned rhythm to the reveal.

Fully Animatable.

Under the hood, the point cloud is a native Matrix object, so you get complete control over how points appear and disappear. Animate them building on, fading out, sweeping through the scene - however your shot needs it. And because it behaves like a standard MoGraph Cloner, everything you already know applies: drop on Effectors, drive it with Fields, layer Plain, Random, Shader, or Delay effectors to shape the reveal exactly how you want. No proprietary black box - just familiar MoGraph tools doing what they do best, so you keep full creative control over the animation.

Distance-Based Colorize:

Color your point cloud by depth. LiDAR C4D can drive every point's color by its distance from the camera - near points take one color, far points another, with a smooth gradient falloff across everything in between. It's the fastest way to add real depth cueing to a scan: the cloud instantly reads as 3D space rather than a flat scatter of dots, and you get that unmistakable lidar depth-map look.
Pull the camera through your scene and watch the color shift along the way as geometry moves nearer and farther - a built-in sense of distance that would take real effort to fake by hand.

Height-Based Colorize

Color your point cloud by elevation. LiDAR C4D can drive point color along the vertical axis - low points take one color, high points another, with a smooth gradient across the height of the cloud. It's the classic topographic look: think elevation maps and terrain scans, where color instantly tells you how high each point sits. Perfect for landscapes, architecture, and any scene where vertical structure matters - the height gradient gives the scan an immediate, readable sense of form and scale, no manual masking or setup required.

Completely Open Setup

Nothing is locked down. The point cloud is fully exposed to you as a native MoGraph setup, so you're free to add any Effectors you like and control the cloud however you want. Stack Plain, Random, Shader, Delay, Step - mix and match, layer them up, drive them with Fields, and dial in behavior the plugin never had to anticipate. This isn't a closed effect with a fixed set of sliders: it's an open MoGraph system you can extend as far as your ideas go. If you can build it in MoGraph, you can do it here.

Edge-aware point generation

Bias point placement toward edges and contours instead of sampling evenly, so the silhouette and structural lines of your object stay sharp. The difference between a vague blob of dots and a scan you can actually recognize - especially powerful on architectural and hard-surface subjects.

Camera ray casting

Points are cast as rays from the camera - just like a real lidar sensor sweeping the scene. Only what the camera actually sees gets sampled, so the scan captures your shot from its true point of view, with natural occlusion and perspective built in.

Export Points as .OBJ

Bake your points to real mesh geometry and take them wherever you need. Export the point cloud as a mesh and pull it straight into Element 3D - or any tool that reads standard geometry - for full control outside Cinema 4D. And here's the best part: export works even in the trial version, so you can test the entire pipeline end to end before you buy.

The point color travels with the mesh: each point's color is baked correctly into the texture atlas according to whichever colorize mode you chose - distance, height, diffuse, neural-vision - so your scan looks exactly the same downstream. Import into Element, scatter, animate, restyle, composite - the colored points behave like any other geometry, ready for whatever you throw at them.

For Creators & reviewers:

If you make YouTube tutorials, breakdowns or reviews and want to feature LiDAR C4D, I'm happy to provide a free temporary license for your review. Just send me e-mail:
[email protected]

This is Just the Beginning!

LiDAR is in active development, and there's a lot more on the roadmap - new distribution modes, more render engine rigs, expanded controls, and features driven directly by your feedback.

Here's the deal: as the toolset grows, the price will grow with it. Everyone who grabs it now locks in today's price and gets every future update for free. Buy early, save later - and help shape where this tool goes next.

Thanks for checking it out!

• 00:00 Setting up the camera
• 00:56 Random scaning method setup
• 01:38 Result random scaning method.
• 02:07 Grid scaning method setup
• 02:55 Result grid scaning method.
• 03:15 Points snap to world grid setup
• 03:37 Result points snap to world grid
• 03:54 Edge distribution points setup
• 04:27 Result edge distribution points
• 04:40 Combitne different scans
• 04:58 Material explainer
• 05:14 Color from render sequece
• 05:32 Color from height
• 06:13 Color from normals
• 06:50 Export to .obj
• 07:05 Import to Element3D
• 07:54 Animate Atlas