Technology that accelerates change.
Phoenix Contact has provided the team with advanced connection, pressing, and printing solutions, as well as expert technical advice. This collaboration has been key to optimizing the vehicle's electrical architecture, improving energy efficiency and the safety of the drive system.
"Thanks to Phoenix Contact's support, we have been able to integrate robust and compact connection solutions that have allowed us to reduce weight and improve the reliability of the electrical system," explains one of the team's engineers.
Habrok Evo: Precision Engineering.
The Habrok Evo single-seater represents a qualitative leap in design and performance. These are some of its most outstanding technical features:
• Propulsion system: 80 kW electric motor powered by a 400 V battery.
• Control unit: In-house developed ECU with modular architecture.
• Chassis: Tubular steel frame with carbon fiber fairing.
• Electrical system: High and low voltage network with Phoenix Contact connectors, designed for maximum efficiency and safety.
• Advanced manufacturing: Use of 3D printing for structural and aerodynamic components.
• 🏁 Total weight: Approximately 320 kg, optimized for agility and acceleration.
Training the engineers of tomorrow.
The collaboration with Phoenix Contact not only provides technology but also training. Through technical sessions, mentorship, and access to professional tools, students gain real-world experience in the development of electric racing vehicles.
A shared electric future.
This partnership aligns with Phoenix Contact's vision of an All Electric Society, where electrification and digitalization are pillars of a sustainable future. Supporting young talent and projects like UniOvi E-Tech Racing reinforces its commitment to responsible innovation.
