Techniconica - The Mech Combat Card Game

The Mech Combat Card Game

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Maxitron Cockpit Part Card

Maxitron Cockpit

This is a premium Techniconica Part Card which will enable you to play the game of Techniconica or expand your existing collection of Part.

Each card is printed on thick card stock and should, with care, last a long time and serve you well in your battles!

Each Card represents a single piece of a Mech and each card does a specific job for your Mech. Power Plants generate power, Cockpits house the pilot, Weapons are used to fight with and Locomotors are used to give your Mechs mobility.

This part is a Cockpit type card and they house the pilot of the Mech, protecting them from harm. It also provides them with the controls required to successfully pilot the Mech to victory..

This part has a Weight of 3, a Power Consumption of 1 as well an Armour rating of 5 and a Damage Threshold of 1. For a view a detailed breakdown of the cards stats, click here.

Part Advantages & Disadvantages

  • Minimal Power Consumption (1)
  • Armour (5)
  • Damage Threshold (5)
  • Weight (3)

Game Stats

Part TypeCockpit
Damage Threshold
Power Consumption
Special Rules


Technical Specifications

Armour Thickness577.7mm
Effective Armour Thickness750mm
Power Consumption35kw/sec

Part Artwork



Built from the ground up to be rugged and dependable, the design emphasises survivability and features numerous fall back and redundant systems within its armoured shell.

Pilot survivability was also paramount during development and placed this above functional requirements, although the desire for it to continue functioning after battle damage was a close second in the design.

Key Features

The Maxitron cockpit is renowned for its ability to soak up punishment and survive - there have been multiple reports of it surviving several hundred direct weapons hits from large anti-tank cannons and continue to still function.

Due to the emphasis on reliability and survivability in the core design, these cockpits rely less on sophisticated electronics and instead use hydro-pneumatic controls which then get relayed through the UAJs by way of Maxitron pattern converter switches which convert the proprietary hydraulic signals into the universal electrical signal patterns expected by modern Mech parts.