Power X01 Tech

X01 Series Core. Structural ribbing, open-frame geometry.

Power X01 Tech Power X01 Tech Power X01 Tech Power X01 Tech

INSIDE THE X01 SERIES CORE

Classic threaded bushing inlet interface.

Threaded Bush Retention System Dark

Direct, load-stable command with a firm break point.

Plus First Generation Piston Dark

Shouldered annular seat. Conical poppet. Progressive exhaust across three flow levels.

Plus Seated Seal System Dark

Direct command. Firm actuation. Positive shutoff.

INFLATOR SYSTEM · TEK POWER UNITS

Vertical cutaway of the HYDPRO Power X01 Tech inflator revealing the internal piston spring

First-Generation Piston Architecture with Threaded Bush inlet retention. A direct, firm loading profile across three flow levels (150 to 275 L/min). 19 mm button, 5.5 kg actuation.

X01 core features, built around mechanical integrity and firm actuation.

ROUND TOUCH

BUTTON INTERFACE

Ø19 mm / 0.75 in”

Ø19 mm / 0.75 in

First-Generation

PISTON ARCHITECTURE

First-Generation Piston Architecture. Direct, load-stable actuation with a firm mechanical break point.

First-Generation Piston Architecture. Direct, load-stable actuation with a firm mechanical break point.

High-resistance input with a clear tactile break point under gloves.

High-resistance input with a clear tactile break point under gloves.

Inflation Range & Progression mapped through the stroke with two flow levels.

Inflation Range & Progression
mapped through the stroke with three flow levels.

THREADED BUSH

RETENTION SYSTEM

Threaded Bush retention interface for a locked-in, service-stable inlet.

Threaded Bush retention interface for a locked-in, service-stable inlet.

Light actuation for straightforward venting control.

Exhaust Actuation Load: 3.5 kg
Firm, controlled venting input.

Exhaust Range & Progression
across a smooth ramp with three flow levels.

Exhaust Range & Progression

across a smooth ramp with three flow levels.

SEATED SEAL

EXHAUST SYSTEM

Body-seated O-ring, conical poppet interfaces with internal seat.

Body-seated O-ring, conical poppet interfaces with internal seat.

Metal Actuation Core

Built around precision machined metal alloy buttons and internal components, this configuration is engineered for high structural strength and impact resistance. Designed for heavy duty use, it delivers mechanical reliability and long term durability in demanding operational conditions.

Power X01 Tech — Extended Mount Compatibility

Engineered for cross-platform integration, HYDPRO Power Units are available in T23 and T25 Mount Standards, specifically configured for 23.6 mm (0.93 in) and 25.4 mm (1.00 in) corrugated hoses.

Each HYDPRO device is engineered and manufactured in Italy: one chain from raw material to release. Polymer families are selected for constant immersion, precision-drawn brass runs on in-house CNC lines, and every device leaves built, tested, and signed off under one roof.

Whatever the field runs, HYDPRO builds to it natively: every established mount standard, thread, and host geometry, covered from the factory. Your setup stays as it is, integration stays clean, and the response repeats: the same command, the same result, on every dive.

Power X01 Tech
Power X01 Tech

X01 Series Core. Structural ribbing, open-frame geometry.

Power X01 Tech

HYDPRO Underwater Air Management devices across inflator, drysuit, hose, and pressure-relief systems: built to upgrade your dive setup with controlled integration, consistent response, and cleaner equipment architecture.

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Compare products

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J01 Series Core. HYDPRO K-profile, open geometry.

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HYDPRO Power J01 Raw inflator side view with squared-off monobloc body

J01 Series Core. Squared-off monobloc body, closed geometry

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HYDPRO Power Q01 Code inflator side view with forged Code body geometry

Q01 Series Core. Robust proportions, open geometry.

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IDENTITY
Series
J01
J01
Q01
Compatibility
Fits T23 and T25 corrugated hoses
Fits T23 and T25 corrugated hoses
Fits T23 and T25 corrugated hoses
Application
BCD and wing buoyancy control
BCD and wing buoyancy control
BCD and wing buoyancy control
Range
Tek
Tek
Tek
Variant
K-Style
Raw
Code
External body geometry
Established K-profile, open geometry.
Squared-off monobloc body, closed geometry.
Robust proportions, open geometry.
SIZE & WEIGHT
Overall height
78.1 mm / 3.07 in
78.6 mm / 3.09 in
78.6 mm / 3.09 in
Overall width
69.4 mm / 2.73 in
66.5 mm / 2.62 in
70.1 mm / 2.76 in
Overall depth
26 mm / 1.02 in
27.8 mm / 1.09 in
26.8 mm / 1.06 in
Weight
Metal = 136.4 g / 4.81 oz
Technopolymer = 79.9 g / 2.82 oz
Non-Magnetic = 76.9 g / 2.71 oz
Metal = 135.5 g / 4.78 oz
Technopolymer = 80.1 g / 2.83 oz
Non-Magnetic = 77.1 g / 2.72 oz
Metal = 160.7 g / 5.67 oz
Technopolymer = 97 g / 3.42 oz
Non-Magnetic = 94 g / 3.32 oz
COUPLING & INTERFACE
Mount standard
T23 (23.6 mm / 0.93 in)
T25 (25.4 mm / 1.00 in)
T23 (23.6 mm / 0.93 in)
T25 (25.4 mm / 1.00 in)
T23 (23.6 mm / 0.93 in)
T25 (25.4 mm / 1.00 in)
PERFORMANCE & BUILD
Command interface
Round Touch
Round Touch
Round Touch
Inflate button diameter
22 mm / 0.87 in
22 mm / 0.87 in
25 mm / 0.98 in
Exhaust button diameter
22 mm / 0.87 in
22 mm / 0.87 in
25 mm / 0.98 in
Inflation architecture
Piston — Second Generation
Piston — Second Generation
Piston — Second Generation
Inflate button actuation force
3.2 kgf / 7.05 lbf
3.2 kgf / 7.05 lbf
2.1 kgf / 4.63 lbf
Second-stage actuation force
4 kgf / 8.82 lbf
Maximum extended-stage inflation flow
350 L/min / 12.36 SCFM
Inflation flow rate — range & progression
65–285 L/min across 4 progressive levels
65–285 L/min across 4 progressive levels
65–275 L/min across 4 progressive levels
+ Q-Shift HI-FLOW: 350 L/min second stage
Flow Ramp
Edge Lock System
Q-Shift
Exhaust architecture
Driven Seal
Driven Seal
Driven Seal
Exhaust button actuation force
3.18 kgf / 7.01 lbf
3.18 kgf / 7.01 lbf
3.2 kgf / 7.05 lbf
Exhaust flow rate — range & progression
60–350 L/min across 4 progressive levels
60–350 L/min across 4 progressive levels
60–350 L/min across 4 progressive levels
Actuation core
Metal
Technopolymer
Non-Magnetic
Metal
Technopolymer
Non-Magnetic
Metal
Technopolymer
Non-Magnetic
CONFIGURATION
Configuration options
Metal, Technopolymer and Non-Magnetic actuation configurations
Metal, Technopolymer and Non-Magnetic actuation configurations
Metal, Technopolymer and Non-Magnetic actuation configurations