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Introduction

Welcome, explorers, to Niti Vahan one of the thrilling themes of eYRC 2026-27! This year you build an autonomous vehicle that treats the rules of the road not as an obstacle, but as its own logic.


Picture a city arena where an Ackermann-steered vehicle has to earn its way through traffic reading lanes, holding at junctions, signalling its turns, and never crowding a neighbor’s space. Beyond just following rules, the Vahan is defined by its deep civic sense: because it constantly predicts its own future path, it never makes the sudden, selfish moves that cause others to panic.

The core task is pick-up and drop-off collecting a passenger and threading it through the arena while obeying every traffic rule along the way. Stage 1 is about proving this capability in simulation

Your mission is to bring this disciplined driver to life in simulation first, then on real hardware:

  • Encode the traffic rulebook as mathematical constraints that a predictive control system can plan against.
  • Generate a disciplined path that stops at junctions, signals turns, and completes milestones with minimal rule violations.
  • Maintain dynamic stability while respecting the vehicle’s physical limits when navigating between locations.
  • Execute precise parking within a designated zone to complete the route.

It’s about proving that smart control logic can produce safer, more orderly movement through the city.


DomainSkills
PerceptionCamera-based lane detection, junction and traffic-signal recognition
Planning & ControlPredictive path planning under traffic-rule constraints, Ackermann-steering dynamics, stable path tracking
Decision-MakingA layer that governs when to proceed, hold, or divert toward the parking zone


A robot that can navigate the arena by following lanes, avoiding collision, and parking in the designated area.


This is your starting point. Everything you build across both stages — the lane keeping, the junction discipline, the parking — traces back to the mission laid out here.