Projects / ROADFORGE

Arcade tank combat · Android release candidate

ROADFORGE

A stylized road-combat game where the player drives a battle vehicle, dodges lane threats, manages limited special weapons and fights a boss at the end of each stage.

20 stagesBoss-led campaign structure
3 lanes + off-roadActive driving choices
AndroidReal-device performance work
ROADFORGE promotional key art showing the hero combat vehicle

Original ROADFORGE promotional key art · gameplay captures below

ROADFORGE combines forward momentum with readable combat. The main weapon fires automatically, so the player's attention stays on steering, braking, avoiding marked danger and choosing when to spend a limited special weapon.

Gameplay loop

  • Accelerate, brake and steer across three road lanes or leave the asphalt when the terrain allows it.
  • Dodge airstrikes, enemy fire, traffic pressure and environmental hazards.
  • Collect limited rockets and support abilities, then use them at the right moment.
  • Upgrade the vehicle between missions and defeat a different boss to finish each stage.
Current release status

The Android build is in release preparation. Core gameplay, campaign map, workshop, boss encounters, destruction sequence and adaptive low-end performance mode are implemented. Firebase analytics and notification support plus AdMob/Meta mediation are integrated for release configuration. Production ad IDs, final signing, a full-campaign pass and longer soak coverage remain part of release validation.

Production approach

Readable mobile combat

Large touch controls, lane-aware targeting and marked airstrike zones keep the next decision visible on a phone screen.

Vehicle and terrain response

Road, shoulder, sand, water, barriers and trees change speed, damage or handling so leaving the lane has a real cost.

Progression with restraint

The workshop connects weapons, vehicle, crew, support and chassis upgrades to mission rewards without hiding the core driving loop.

Measured Android tuning

The current build includes adaptive rendering changes for sustained pressure on a physical low-end OPPO test device.

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