Additive manufacturing supplies and providers supplier CRP Expertise has performed a key function in producing MoRe Modena Racing’s 2024 hybrid race automobile.
Known as the M24-LH, the car was developed by a two-year technical partnership between CRP Expertise and the College of Modena and Reggio Emilia crew. It options key aerodynamic and structural elements 3D printed in CRP’s proprietary Windform supplies.Â
The 3D printing-enabled hybrid race automobile was victorious on the 2024 Components Pupil Austria competitors, with ​​MoRe Modena Racing changing into the primary Italian crew to win this occasion.Â
“The assist we’ve acquired from CRP Expertise has been essential in enhancing our car’s efficiency and growing our expertise as future engineers,” commented Beatrice Terzo, Staff Chief of MoRe Modena Racing.Â
She added that collaborating with CRP enabled the crew to make the most of new superior supplies and manufacturing applied sciences. This made a “important distinction in our mission’s success.” Â


3D printing allows MoRe Modena Racing success
CRP expertise offered its Windform materials portfolio and selective laser sintering (SLS) 3D printing providers to provide a number of of the hybrid racing automobile’s elements.Â
The highest cowl of the M24-LH’s higher and decrease cascade winglet of the entrance wing was 3D printed utilizing the corporate’s Windform SL low-density carbon-filled composite. Key to enhancing aerodynamic effectivity, this half will increase downforce and reduces drag.  Â
The highest and again covers of the entrance wing’s turning vane optimize the outwash impact of the wing to spice up general racing efficiency. Windform SL and Windform XT 2.0 supplies had been used to provide this half.Â
The latter is a carbon-fiber-reinforced composite SLS possessing 8% greater tensile energy, 22% higher tensile modulus, and a 46% improve in elongation at break over competing choices. This materials was additionally used to 3D print the rib of the turning vane of the automobile’s entrance wing, very important to making sure structural stability and rigidity.
CRP Expertise’s Windform TPU is marketed as a sturdy polyurethane materials possessing rubber-like options. It’s reportedly ideally suited for functions requiring inflexible components which can be smooth, versatile and elastic, combining excessive tensile energy with shock absorption and abrasion resistance. MoRe Modena Racing leveraged this materials to provide the entrance, central, and rear connection covers of the race automobile.
Assist elements for busbars and windings should be able to withstanding steady thermal stress whereas possessing excessive mechanical and insulating properties. As such, Windform LX 3.0 was used to provide these important components for the M24-LH. This glass fiber-filled materials options high-temperature resistance (175.9°C) and affords stable tensile energy and stiffness.  Â
Transferring contained in the cockpit, the gear-shifting paddles, mounted to the steering wheel, had been 3D printed utilizing Windform SL. These elements had been designed to be light-weight and completely match the driving force’s fingers.  Â
Based on Franco Cevolini, CEO and Technical Director of CRP Expertise, “The collaboration with MoRe Modena Racing goes excellently.” He famous that the partnership advances the corporate’s dedication to innovation and excellence in motorsport.Â
“It not solely helps the event of cutting-edge options but additionally facilitates the switch of data and expertise between business and academia,” Cevolini added. Â


3D printing race automobiles
Additive manufacturing is being more and more adopted by motorsport groups seeking to edge out their opponents on the observe.Â
MoRe Modena Racing should not the primary crew to leverage 3D printing providers and supplies from CRP Expertise. Final 12 months, the corporate’s North American subsidiary, CRP USA, 3D printed racing automobile components for the College of Victoria’s UVic Components SAE Racing crew.Â
The collaboration noticed the crew produce a number of integral racing important elements, together with the steering wheel and parts of the lubrication system. Carbon fiber-filled composite Windform supplies had been leveraged to 3D print the components utilizing CRP’s SLS expertise.Â
Elsewhere, a number of Components 1 racing groups have leveraged 3D printing in a bid to maneuver up the grid. Oracle Pink Bull Racing’s Head of High quality Engineering, Ian Handscombe, advised 3D Printing Trade that the crew can’t compete with out 3D printing.Â
He known as additive manufacturing the “fastest-growing expertise” in Components 1 and expects extra end-use automobile elements to be 3D printed. “I feel 3D printing will begin to substitute mechanical components on the automobile quickly,” Handscombe added.
Pink Bull is just not the one F1 crew to leverage 3D printing. The competitors’s most profitable crew, Scuderia Ferrari, beforehand turned to additive manufacturing to enhance aerodynamic efficiency. Notably, throughout the 2022 season, 3D printed sensor mounts had been noticed onboard its F1-75 race automobiles. These components had been more likely to have been created from unfilled or fiber-filled nylon and 3D printed by way of SLS or MultiJet Fusion (MJF) processes.Â
Elsewhere, Pat Warner, Superior Digital Manufacturing Supervisor at BWT Alpine F1 Staff, revealed that the crew closely makes use of additive manufatcring for prototyping. He said that as much as 70% of the bodywork on Alpine’s wind tunnel fashions is produced utilizing SLA 3D printing.   Â
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Featured picture exhibits the MoRe Modena Racing crew with the M24-LH race automobile. Photograph by way of CRP Expertise.