RiMS Racing PS5 Game - Realistic Motorcycle Racing Simulation for PlayStation 5 | Perfect for Racing Enthusiasts & Simulation Gamers

RiMS Racing is the first motorbike simulation to combine a realistic racing challenge together with engineering and mechanics! Ride the world's most powerful motorbikes and optimise their performance by swapping out parts, ysing data in real-time and keep track of individual components wearing down. A race is not won purely on the track, so you need to become more than a rider by understanding motorbike behaviour like a real engineer. Traction, angle, braking, torque, trajectory, speed... every factor can be taken into account, before heading into the workshop to change and optimize components to configure the optimal set-up for success on the track! Your adventure starts by choosing your dream motorbike. In RiMS Racing, you can ride the world's 8 most powerful European and Japanese motorcycles: Ducati Panigale V4 R, MV Agusta F4 RC, Aprilia RSV4, BMW M 1000 RR, Suzuki GSX-R1000R, Honda CBR1000RR, Kawasaki Ninja ZX-10RR or the Yamaha YZF-R1. Recreated with an unmatched level of detail thanks to close collaboration with each manufacturer, these motorbikes also provide a highly accurate and realistic riding experience. They are true rough diamonds that only need a few cuts to shine their brightest! With a mechanics management system never before seen in a motorbike simulation, you can dismantle all your motorbike's parts to maintain them after each race or upgrade them and boost your performance. You will become familiar with every last screw in your motorbike. Browse a catalogue of over 500 official spare parts from the biggest names in the industry along with over 200 official equipment items to personalise your rider! RiMS Racing thrusts you straight into the heart of the action with the Motorbike Status Check (MSC), which helps you yse your motorbike's behaviour in real time and understand how to enhance performance. Brake disc temperature, tyre compound and pressure, suspension behaviour affecting stability, electronic settings...