CRP Know-how, an Italian 3D printing firm, has supplied MoRe Modena Racing, from the College of Modena and Reggio Emilia, with superior 3D printing and Windform supplies for his or her hybrid race automotive – the M24-LH. This two-year technical partnership has resulted within the workforce’s historic win as the primary Italian workforce to safe victory on the prestigious Formulation Pupil Austria competitors.
CRP Know-how’s key contributions embody the High Cowl of the Higher and Decrease Cascade Winglet of the Entrance Wing (made with Windform SL, these elements improve aerodynamic effectivity by rising downforce and lowering drag); High and Again Covers of the Turning Vane of the Entrance Wing (made with Windform SL and Windform XT 2.0, these covers optimize the outwash impact of the wing – boosting general efficiency); Rib of the Turning Vane of the Entrance Wing (made with Windform XT 2.0, this component ensures structural rigidity and stability); Entrance, Central, and Rear Connection Covers (made with Windform TPU, these elements enhance aerodynamic effectivity and stability); Paddles for Gear Shifting (made with Windform SL, these elements match the motive force’s fingers completely whereas sustaining a light-weight design); and Assist Elements for Bus Bars and Windings (made with Windform LX 3.0, these elements face up to steady thermal stress and guarantee excessive mechanical and insulating properties).
“The collaboration with MoRe Modena Racing goes excellently. Now we have already produced a number of elements in numerous Windform supplies for the M24-LH, the brand new hybrid race automotive. This partnership is an extension of CRP’s long-standing dedication to innovation and excellence in motorsport. It not solely helps the event of cutting-edge options but in addition facilitates the switch of data and expertise between business and academia,” mentioned Franco Cevolini, CEO and Technical Director of CRP Know-how.
The M24-LH contains a carbon fiber monocoque chassis, a modified Suzuki GSX-R engine operating on ethanol, and a custom-built battery pack powering two electrical motors. This hybrid powertrain delivers over 100 HP with a complete automobile weight of roughly 220kg – coupled with a carbon fiber aerodynamic package deal producing 210kg of downforce at 100km/h.
“The help we’ve acquired from CRP Know-how has been essential in enhancing our automobile’s efficiency and creating our expertise as future engineers. This collaboration has allowed us to make the most of superior supplies and applied sciences that had been beforehand unavailable to us, making a major distinction in our undertaking’s success,” mentioned Beatrice Terzo, Group Chief of MoRe Modena Racing.
