Up You Go! 3D Parkour

About

A failed experiment is pulling cities apart. Your mission is to climb into the wreckage and stop it. Up You Go: Antigravity is a vertical climbing game and exploration platformer where you climb and glide through a city transformed into a massive obstacle course. Horizon Dynamics’ anti-gravity experiment has gone wrong. Cars, signs, machinery and scaffolding are being ripped from the streets and pulled into the sky. As one of the operatives deployed to the affected zones, you must reach the malfunctioning devices and shut them down before the anomaly spreads. CLIMB THROUGH THE CHAOS Make your way across floating vehicles, twisted scaffolding and suspended construction equipment. Study the gaps, find your next landing and commit to the jump. The controls are easy to learn, but precision platforming at these heights takes practice. A missed jump can send you far below the route you worked to reach. SAVE YOUR FALL Losing your footing does not always mean losing all your progress. Deploy your glider, steer towards a lower platform and try to recover. Sometimes the safest landing means giving up height. Learning when to glide, when to drop and where to land is part of mastering the climb. UNCOVER WHAT WENT WRONG Play through Story Mode to explore the disaster zones and disable the anti-gravity devices. Collect newspaper reports and follow environmental clues to discover how the Horizon Dynamics experiment failed. RETURN TO THE CLIMB Mission Select lets you revisit unlocked locations, practise difficult jumps and try different routes without restarting the story. Customise your operative’s appearance before heading back into the floating wreckage. UP YOU GO FEATURES: • Vertical climbing and precision platforming • Walk, run, jump, climb and glide movement • Glider recovery during dangerous falls • Story Mode with exploration and environmental clues • Mission Select to replay unlocked locations • Character customisation • Floating vehicles, scaffolding and suspended obstacle courses • Stylised low-poly environments