Glider Thow Quad V3

The GliderThrow Quad V3 is a precision digital control surface throw and differential measuring system, designed to simplify the accurate setup of RC gliders and model aircraft. Using four compact wireless sensors, it allows the deflection of four control surfaces to be measured simultaneously, with readings displayed in degrees or millimetres through a smartphone, tablet or computer.Originally developed for setting aileron and flap throws on performance gliders, GliderThrow is equally useful for other model aircraft, including F3K DLGs, F5J, F3B and F3F gliders. Its quad-sensor system makes it easy to compare left and right control surface movements for flaps and ailerons, ensuring accurate, repeatable settings and helping to eliminate unwanted asymmetry.Each sensor is held securely against the control surface by a powerful neodymium magnet positioned underneath, while a non-slip coating prevents movement during measurement. The sensors communicate wirelessly, with measurements displayed through a built-in WiFi interface accessible using any standard web browser. No additional app or internet connection is required.GliderThrow provides a measurement resolution of 0.1° or 0.1 mm and includes dedicated displays for both symmetric and asymmetric differential. This makes it particularly useful for matching flap deflections, adjusting aileron differential and setting up V-tail control surfaces (extra adaptor required). By entering the control surface chord, angular measurements can also be converted into deflections in millimetres.In addition to measuring control surface throws, GliderThrow can be used for checking wing dihedral and wing-to-tailplane incidence angles (EWD), making it a versatile tool for accurate model setup.The V3 incorporates rechargeable and replaceable lithium-ion coin batteries, with convenient USB-C charging. Each sensor is exceptionally compact and weighs just 22 g, making the system easy to transport and use at the flying field.Key Features

• Dual wireless sensors allow simultaneous measurement of two control surfaces.
• Measures control surface deflection in degrees or millimetres, with 0.1° and 0.1 mm resolution.
• Displays the differential between two control surfaces for precise adjustment and comparison.
• Dedicated symmetric and asymmetric differential modes for setting flaps, ailerons and V-tails.
• WiFi interface accessible through a smartphone, tablet or computer, with no additional app required.
• Configurable control surface chord lengths for calculating linear deflection in millimetres.
• Reference-angle reset allows measurements to be taken relative to any starting position.
• Powerful neodymium magnetic mounting system with non-slip contact surfaces.
• Suitable for measuring wing dihedral and wing-to-tailplane incidence angles.
• Battery charge monitoring and graphical measurement displays through the WiFi interface.
• Rechargeable and replaceable lithium-ion batteries with USB-C charging.
• Compact and lightweight, weighing only 22 g per sensor.
• Compatible with optional GliderThrow Quad/Multi expansions for measuring additional control surfaces.

Specifications

• Number of sensors: 2
• Angular resolution: 0.1°
• Linear throw resolution: 0.1 mm
• Angular precision: Better than 0.3° within the manufacturer's specified measurement range
• Dimensions per sensor (H × W × D): 17 × 37 × 37 mm
• Weight per sensor: 22 g
• Weight per sensor with magnetic mounting peg: 28 g
• Power supply: Rechargeable and replaceable LIR2450 lithium-ion coin cell in each sensor
• Operating time: Approximately 2 hours of continuous use
• Charging connection: USB-C
• Charging time: Approximately 1 hour
• Wireless interface: WiFi, accessed through a web browser

How to Use GliderThrow
Attach the sensors to the control surfaces using the magnetic mounting pegs, ensuring each sensor is aligned parallel to its control surface hinge. Switch on the sensors, connect your smartphone, tablet or computer to the GliderThrow WiFi network, and open the interface in a web browser.Zero the readings with the control surfaces in their neutral positions, then move the controls to measure the individual deflections and differential in real time.See the Glider Thow Instructional Video for a demonstration of the system in use.Tags: Glider Thow, Control Surface Thow Measurement