T.16000M FCS

The T.16000M FCS features 4 independent axes, including twist rudder (controlled by rotating the stick), 16 action buttons with “braille”-style physical button identification, one 8-way Point of View (PoV) hat switch and an ergonomic trigger. Its striking orange accents and backlighting bring gamers’ immersion to a whole new level.

In order to guarantee exclusive high-precision performance, pitch and roll on the T.16000M FCS flight stick employ H.E.A.R.T HallEffect AccuRate Technology™ (U.S. patent US08471815) for. 16000 x 16000 – the same pinpoint accuracy delivered by the extremely high-end HOTAS Warthog joystick, allowing gamers to engage their enemies with surgical precision.
The helical spring (0.1” / 2.8 mm in diameter) inside the stick provides firm, linear and smooth tension.

The joystick’s unique ambidextrous design can be easily switched between right-handed and left-handed use. Its twisting handle controls the rudder by default, but can also be locked in place.
Piloting with a joystick in each hand is now possible in all games compatible with two joysticks.

These products are part of a range of flight simulation peripherals that can be used in conjunction with one another: a complete ecosystem featuring the FCS flight stick, TWCS throttle, TFRP rudder pedals* and MFD* (Multi-Functional Display) cockpit panels. These elements are also compatible with the T.A.R.G.E.T advanced programming software**.
* Sold separately.
** Free of charge, available for download from the http://ts.thrustmaster.com website.

Thrustmaster Advanced pRogramming Graphical EdiTor software: combine with other Thrustmaster devices (so that they are recognized as a single USB device), and load or create specific mapping profiles for each game.
Tailor your own profiles to enhance most Thrustmaster flight controllers, and share them with the Thrustmaster community.
** Free of charge, available for download from the http://ts.thrustmaster.com website.

Thanks to its design and ergonomics, the T.16000M FSC provides players with multiple recognizable features, allowing them to become more effective and accurate when in flight. This enhanced access to flight controls proves even more essential when players are fully immersed in the exceptional flight experience delivered by VR-compatible games.