Jextro is a propulsion engineer and atmospheric tester who uses dense puffs of steam-thrust to navigate tight corridors and unstable terrain. With enhanced sensory pads on his hands and boots, he steers by balance cues rather than thrust vectors.
Built for tech zones, boiling basins and smog-laden industrial sites, Jextro tests every route before larger units are sent in.

Every piece of Jextro's suit is tuned to one job: sensing the atmosphere around him and answering it with a small, precise burst of steam.
Half-shield visor with reflective sealant and a retractable antenna for signal transmission. The visor coating shifts with heat and glare.
Back-mounted steam-pack with a triple-nozzle configuration, fed by vaporized fuel cells stored in coiled tanks along the spine.
Small release vents stabilize mid-air shifts with horizontal correction pulses.
Controlled bursts of vapor — short jumps, slides and hover-pauses. Micro-adjustments rather than long-distance flight.
Pressure-based lift, calculated from external readings of the terrain's pressure zones.
Worn-in and data-rich, with visible circuit tracing and exposed piping in the shoulder and leg seams — built for tough, reactive environments.
The special feature: a pressurized steam release tuned for low gravity. In heavier gravity fields it can still launch Jextro up to four meters straight up — no takeoff pad needed.


Four steps, repeated hundreds of times a mission. It's how Jextro stays level in places where the air itself pushes back.
STEP 01Sensors read terrain pressure zones and atmospheric density.
STEP 02Vaporized fuel cells charge the steam pack to pressure.
STEP 03The triple-nozzle release provides controlled thrust for movement.
STEP 04Boot vents and sensors rebalance his orientation for stable control.
A typical survey run, from first scan to touchdown.
01Scans the terrain pressure and maps safe movement vectors.
02A short steam burst propels him upward for quick vertical or diagonal access.
03Brief bursts and boot vents let him slide smoothly through tight spaces.
04Micro-adjusted steam pulses hold a hover while data is collected.
05Boot vents stabilize the descent for a precise, low-impact landing on any surface.
Technical profile, equipped systems and the missions Jextro is cleared to run.

"Pressure in. Balance out."
Jextro's steam pack converts vaporized fuel cells into pressurized steam, released through triple-nozzle vents for thrust. Pressure-reading sensors in the suit and boots constantly monitor the terrain, feeding data to the control core. Boot vents add lateral correction pulses to keep him level.
Together, these systems give Jextro stable, controlled movement through hazardous atmospheres and the tightest corridors.