Vittori, a hyper‑efficiency machine builder, has entered a manufacturing partnership with Totum 3D, an AM supplies firm, and ShapeUp Studios, a design options growth firm, to design, prototype, and 3D print titanium parts for its three‑part roadmap: hypercars first, adopted by premium eVTOL and electrical‑jet packages.
The scope covers design for additive opinions, speedy prototyping, and pilot brief‑run builds of 3D printed components. The groups are testing a sensible mixture of supplies – titanium for power‑to‑weight, stainless and maraging steels for heavy masses, aluminum alloys for mild buildings, nickel superalloys for decent zones, copper alloy for cooling {hardware}, and aerospace polymers like PEEK and ULTEM for cabin‑protected parts (examples embrace 316L and 17‑4PH stainless, AlSi10Mg and Scalmalloy aluminum, Inconel 718, and CuCrZr). For bigger sections, they pair printed components with carbon‑fiber panels and honeycomb cores, and any cabin‑going through supplies might be certified to satisfy aviation flame, smoke, and toxicity requirements.
“As others discover aerospace ideas, we’re placing titanium components into manufacturing now,” mentioned Carlos Cruz, Founding father of Vittori. “Proving {hardware} on the highway first lowers threat and speeds our transfer to the air. The identical printed buildings and thermal techniques will migrate into our eVTOL and, later, our electrical jet.”
“Vittori’s highway‑to‑air plan is a powerful match for metallic additive,” mentioned Stefano Turconi, Head of Totum 3D. “Widespread, light-weight architectures scale back half depend and lead time whereas assembly demanding efficiency targets.”
Vittori’s AI-hybrid hypercar, the Vittori Turbio – that includes a V12 focusing on about 1,100 horsepower and 3D printed titanium parts – is scheduled for unveiling on October 4 in collaboration with Pininfarina. This announcement comes as Vittori advances its present fundraising spherical to speed up prototype manufacturing and help its three-phase roadmap from highway to air.
