WAAM prints a one hundred ten kilogram support for the Mastiff in sixty hours

NP Aerospace has manufactured a 110 kg suspension and differential bracket for the Mastiff armored vehicle using Caracol's Wire Arc Additive Manufacturing (WAAM) system. The part was printed in 60 hours, reducing lead times by up to 50% compared to traditional casting and forging methods.

robotic WAAM welding arm depositing molten steel layer by layer onto a large 110kg suspension bracket for Mastiff armored vehicle, bright orange electric arc glowing at nozzle tip, metallic bead texture visible on partially printed differential support, industrial robotic cell with safety barriers and ventilation ducts, digital twin interface screen showing 60-hour print progress and layer height data, photorealistic engineering visualization, dramatic workshop lighting with sparks reflecting on oil-stained concrete floor, ultra-detailed mechanical components, cinematic industrial atmosphere

WAAM Process and Lead Time Reduction 🚀

Caracol's WAAM system deposited layers of molten metal to create the bracket, a complex geometry that would have required multiple steps in casting or forging. By eliminating the need for molds and dies, production time was cut in half. The final 110 kg part maintains the structural strength needed to withstand the loads of the military vehicle in extreme conditions.

Goodbye to the Mold, Hello to the 60-Hour Wait ⏳

While before you waited weeks for a mold to arrive from some remote location, now you only have to wait two and a half days watching a machine spew metal layer by layer. Of course, if your printer jams, get ready to explain to the general why his armored vehicle is left without a bracket. Patience is still a virtue, but now it's digital.