Patent-pending real-time wing pressure monitoring system designed to revolutionise paragliding safety through innovative sensor technology and predictive analytics.
ParaBaro introduces the world's first comprehensive wing pressure monitoring system specifically designed for paragliding. Our patent-pending technology provides pilots with real-time visibility into wing inflation dynamics, enabling proactive safety management and enhanced training capabilities.
By combining precision differential pressure sensors, wireless BLE telemetry, and predictive analytics, we've created a system that fundamentally transforms how pilots understand and interact with their wings during flight.
A sophisticated yet simple system designed for real-world flight conditions
Specialized pressure sensors are positioned at key locations across the wing using non-invasive attachment methods that preserve wing integrity.
Advanced sensor technology continuously monitors wing inflation dynamics, providing accurate real-time data throughout all flight conditions.
Sensor data is wirelessly transmitted to a receiver unit, ensuring minimal latency for immediate awareness of wing status.
The system displays intuitive, colour-coded visual alerts on a dedicated display, providing instant feedback to help pilots make informed decisions.
Specialized benefits for different aspects of paragliding
Perfect your launch technique and wing control before flight with objective feedback on inflation quality.
Monitor symmetrical inflation during reverse launches. See exactly when your wing is evenly pressurized and ready for takeoff—no more guessing based on visual inspection alone.
Quantify your pull-up effectiveness. Compare pressure rise rates between attempts to optimize your technique. Students can see immediate improvement in objective data.
Understand how different wind speeds affect inflation dynamics. Learn safe wind limits for your wing through real pressure data rather than trial and error.
Provide students with concrete feedback: "Your left side inflated 300ms slower—adjust your hand position." Data-driven instruction accelerates learning.
Maximize climb efficiency and safety during thermal flight with continuous wing stability monitoring.
See asymmetric loading as you enter thermals—left wing pressure increases while right wing pressure drops. Adjust bank angle with confidence based on real data.
Monitor pressure differential to find the strongest lift. The side with higher pressure is experiencing stronger airflow—your guide to thermal core location.
Turbulent thermal edges cause rapid pressure fluctuations. Get early warning when pressure drops below safe thresholds before visible collapse occurs.
Verify your wing maintains proper inflation at cruise speeds. Optimise accelerator usage by monitoring pressure at different trim settings during transitions.
Transform incident training with objective data on collapse dynamics and recovery effectiveness.
Record exact pressure drop patterns during induced collapses. Review data post-flight to understand collapse progression: pressure decay rate, affected cells, recovery timeline.
Measure how quickly your recovery inputs restore pressure. Compare different techniques: aggressive brake vs. gentle control. Data proves what works for your wing and style.
Track asymmetric loading during spiral entries. Pressure differential shows exactly when you're in stable spiral vs. approaching dynamic stall conditions.
Review pressure graphs with instructors. See precisely what happened during each manoeuvre: "Your asymmetric collapse recovered in 2.3 seconds—well within safety margins."
Gain competitive advantage through wing performance optimisation and risk management.
Test riser adjustments, trim settings, and accelerator configurations with quantifiable pressure data. Optimise setup for maximum performance while maintaining safety margins.
Push limits with confidence knowing your real-time pressure monitor will alert before critical instability. Fly aggressively in strong conditions while maintaining safety awareness.
Track inflation characteristics over time. Detect degradation in wing performance before it affects competition results. Know when porosity or deformation requires servicing.
Review post-flight data to analyse performance during different task phases: thermal climbs, transitions, final glides. Identify improvement opportunities through objective metrics.
Enhanced passenger safety and professional operation through continuous wing monitoring.
Demonstrate professional safety standards to passengers. Show real-time wing status on display: "See? All pressure readings are in the green zone—we're flying perfectly."
Tandem wings operate at higher wing loading. Monitor inflation under passenger weight variations. Verify adequate pressure across full weight range for certification compliance.
Automatic data logging provides evidence of safe operation. Pressure records demonstrate professional standards for insurance, certification, and operational review requirements.
Track wing condition across hundreds of tandem flights. Identify performance degradation early. Schedule servicing based on actual data rather than arbitrary flight-hour limits.
ParaBaro adapts to your flying style and goals. Whether you're a student perfecting ground handling, an XC pilot chasing distance records, or a tandem operator prioritising passenger safety—real-time wing inflation data enhances every aspect of your flying.
Precision engineering for demanding flight conditions
0-200 Pascal
±1 Pascal
10-50 Hz
Bluetooth 5.0 BLE
-20°C to +60°C
CR2032 Coin Cell
20+ hours continuous
< 15 grams
Join our beta testing program and be among the first pilots to use ParaBaro technology.