Dress your bot.
Snap it on.

Right now, everything is spec'd exactly to the Asimov V1 and Unitree platforms. We do not make 'universal' parts. Everything is surgically mapped using photogrammetry to snap-fit onto exact OEM mounts. If you are a manufacturer, send us your CAD and we can engineer a bespoke kit for your fleet.

Never. Our engineering protocol mandates absolute zero interference. Lidar, optical arrays, and thermal venting are explicitly calculated and cleared during the CAD phase. The armor protects without blinding the machine.

Absolutely no tools required. Every attachment is a completely snap-fit mechanism that grips the existing structural points. You click the new armor directly into place, and you can remove it just as fast for maintenance.

No. Our snap-fit tolerances are engineered for high-velocity locomotion and sudden deceleration. Every part is tested against the host's maximum G-force and kinematic ranges to ensure it stays locked until you manually release it.

We call it 'Gai-sō' (外装). It's a blend of industrial utility, Japanese mecha logic, and car culture. We believe robots shouldn't look like plastic toys—they should look like high-performance hardware designed for a near-future industrial rogue environment.

If you buy the digital pack and print it yourself with sub-par filament, potentially. But the official lab kits are built using standard high-grade filament on calibrated Bambu hardware for maximum structural integrity. We are currently finalizing industrial manufacturing partnerships for future drops, but our current hardware survives the grind.

There are two paths: The Digital Provisioning Pack (downloadable STL files for DIY printing) and The Full Lab Kit (fully manufactured, painted, and finished hardware shipped to your door).

Pricing is currently being finalized. Digital specs will be accessible for all, while the physical hardware kits will be priced as high-end aftermarket augments. Think of it as investing in an F1 aero-kit for your robot.

Yes, worldwide logistics are planned. The first physical drops are targeting Late Summer 2026—designed specifically to align with the shipment of the first Asimov V1 units hitting the market.

Yes. The lab handles bespoke augment engineering and custom aesthetics for individuals or teams. Drop us an inquiry through the B2B portal to discuss dedicated design workflows.

The material (Nylon-12) is inherently UV and chemical resistant. While the armor doesn't make your robot waterproof, it provides an extra layer of protection against environmental debris and light moisture.

GRAFT does not offer a traditional functional warranty, but we do provide a 100% Fitment Guarantee. If a kit does not snap onto your specified host frame perfectly, we will replace the part or update the spec until it does.

For open-source projects like Asimov, likely not. For proprietary corporate bots? Probably. But again: if you wanted to play it safe, you wouldn't be grafting unauthorized armor onto your machine. Warranty void if used for good.

Think of it like an aggressive JDM bodykit for an imported car. Yes, the aesthetic radically changes, but it also alters the aerodynamic profile, adds kinetic impact resistance, and provides modular mounting points. It's functional hardware.