Tin Tandem
About
Have you ever desired to feel the pain of failure, but the games you've played were just too slow and tedious?
Have you ever wished a game existed where not only a precision platformer was advertised, but you could move with speed and agility?
What if this game also included problem solving, maybe even a point and click component?
Conquer the treacherous tower with the two playable characters – Axle & Arx.
AXLE
Axle is a tough, bouncy ball of titanium that uses torque to propel himself to extreme speeds and can jump twice, once from the ground and again in the air to climb to the top and beyond.
ARX
Arx is the speedy, jet-powered drone that you will direct with your mouse and activate machines through its zapper to aid Axle in his ascent.
Have you ever wished a game existed where not only a precision platformer was advertised, but you could move with speed and agility?
What if this game also included problem solving, maybe even a point and click component?
Well, Sally Forth Studios is here to give you Tin Tandem – your next adventure of frustration and gratification!
Conquer the treacherous tower with the two playable characters – Axle & Arx.
AXLE
Axle is a tough, bouncy ball of titanium that uses torque to propel himself to extreme speeds and can jump twice, once from the ground and again in the air to climb to the top and beyond.
ARX
Arx is the speedy, jet-powered drone that you will direct with your mouse and activate machines through its zapper to aid Axle in his ascent.
- Progress is autosaved while Axle is resting on a platform.
- An array of achievements and leader boards.
- Cloud saves are available.
- Language Support.
System requirements for PC
Minimum:
- OS: Windows 10, 8, 7
- Processor: 2 GHz Dual Core CPU
- Memory: 2 GB RAM
- Graphics: Intel HD Graphics 4000 or better
- Storage: 500 MB available space
System requirements for Linux
Minimum:
- OS: Ubuntu 12.04+ or SteamOS
- Processor: 2 GHz Dual Core CPU
- Memory: 2 GB RAM
- Graphics: Intel HD Graphics 4000 or better
- Storage: 500 MB available space