One of the most impressive European made sailplanes that we have ever seen, the Grafas 3.1E flies as good as it looks. Gentle, smooth, and very long flights are the standards for this beauty. The careful use of composites with competition balsa, creates a good light structure that will hold its shape for a long time. The synergy of low weight and strong structure is very unusual in a production sailplane and can only be achieved with careful attention to design and construction.
The entire model is constructed using free-flight techniques. Top Model uses the latest construction techniques such as CNC milling and laser cutting. The wings as well as horizontal tail are all balsa built-up with Carbon Fiber main spare and leading edge. The fuselage is gel-coated fiberglass with white finish. Whole model is covered with Ultracote. All control surfaces are hinged with adhesive tape. This fully built sailplane needs only basic assembly and motor/radio installation. The 3-piece wing and full flying stabilizer are each easily removable for transport and storage.
Great sport or entry level competition F5J/LMR (Limited Motor Run) or ALES (Altitude Limited Electric Soaring) electric sailplane.
The JetiBox Profi is designed to be an easy to use mobile wireless device for viewing, processing and storing your telemetry data or for programming JetiBox compatible equipment. The JetiBox Profi also is designed to work in two different wireless modes with the Jeti Duplex 2.4GHz systems.
In Monitor mode it can only receive its data by “listening” to the existing connection between a Duplex 2.4GHz equipped transmitter (or transmitter with Duplex module) and a Duplex receiver. In Telemetry mode it receives its data directly by “listening” to the existing Duplex 2.4GHz receiver and installed sensors or telemetry equipped ESCs like Jeti Mezon.
JetiBox Profi can be used in Standalone Telemetry mode only with R4US, R5US, R6US, R7-9-11US, R14-18US Receivers running Version 3.11 of the Rx firmware (See Firmware Updates Page).
Telemetry Functions & Alarms All of the telemetry screens have been updated to support the latest Duplex EX sensors. You can display up to 20 different telemetry parameters on 5 different desktop screens and also monitor the output of up to 16 transmitter channels. In addition to monitoring telemetry in real-time, you are able to record telemetry data for review after the flight. You can then view the logged data using the Jeti Graphics Flight Monitor Interface. Another cool set of function are the programmable alarms. This has proven to be a bulletproof way of enhancing safety for both yourself and your model. You can simply set a receiver battery capacity alarm for the desired capacity used and once that number is reached the system acoustically and visually gives you warnings.
Parallel Telemetry The JetiBox Profi can work as a parallel wireless monitoring device for your telemetry digital data stream with the Jeti DC/DS-16 2.4GHz Duplex radio system. This allows all of your telemetry data to be safely monitored by your co-pilot while you are flying your model. We think this is one of the best ways to both fly your model and safely monitor your telemetry data.
Sensor and Jeti ESC Programming All Duplex EX telemetry sensors can be directly plugged in or wirelessly connected to JetiBox Profi for programming and data viewing. Also, the entire line of Jeti SPIN and Mezon ESCs can be directly programmed using the JetiBox Profi.
The JetiBox Profi is designed to be an easy to use mobile 2.4GHz wireless device for viewing, processing and storing your telemetry data and/or for programming your JetiBox compatible SPIN/Mezon ESCs and Telemetry Sensors.
The PSV300 switching power supply provides convenient and reliable AC-to-DC power conversion with built-in electronic overload and short circuit protection to ensure safety of the operator and any connected electrical devices.
With an input voltage range from 115V to 230V and output of 13.8V, providing up to 30A of current. Also equipped with cooling fan, and built-in temperature, circuit, and overload protection. It features rugged and durable housing construction safe for tabletop or desktop placement and LED back-lit On/Off switch.
Check out our huge selection of Carbon Fiber Servo Fairings and Covers. Super light set of carbon fiber aileron or flap fairing for covering servo control horns. Use for any hollow molded or covered surface. Easily attach with self-adhesive tape.
Store Display, Brand NEW Super Sport 3S/E electric sailplane battery and receiver ready. Model has been expertly built at our shop for local competition. Recommended battery: 3300 3S
The Super Sport 3S/E is one of the most beautiful combinations of classic design and modern technology. The nostalgic shape is perfectly blended with modern building techniques to create an electric sailplane that performs as well as it looks. The white gel-coated fiberglass fuselage combined with high-tech CF main spare/leading edge tube wing and carbon/balsa built up tail parts come together to make the Super Sport a strong and light model.
This model was designed and built to be a 21st century favorite. With its flap equipped, 3 piece wing and full flying elevator the Super Sport is one of the most impressive models that we have seen in quite some time. Each part is carefully handcrafted with meticulous attention to every detail. As soon as you open the box, you will find the Top Model build quality that we have come to expect.
The Voltario T60 is a high performance digital dual redundant battery switch with advanced telemetry features and touch switch functionality. It combines a backup battery charging circuit and telemetry with Touch w/LED (Included), optional Sliding, Wireless (R3/RSW) or mechanical switch functionality in a single device.
The T60 is ideal for mid-size models where high-voltage servos are used without voltage stabilization. It provides telemetry and monitors Voltage/V, Capacity/mAh, and Current/A (Dual Rx Batteries, or BEC w/Backup Battery) of both power inputs.
Voltario T60 is suitable for models equipped either with dual receiver batteries, or with ESC battery eliminator circuit (BEC) used as a primary power source, combined with a small backup battery. The device prefers its primary battery input, while in case of voltage drop it automatically switches to the secondary input. The charging circuit may be optionally enabled to charge the secondary backup battery from the primary input/BEC.
If using with R3/RSW Wireless Switch you have to change setting of the Voltario T60 from “Touch” to “Standard” setting. For long term storage backup battery has to be disconnected due to constant load of the R3/RSW Wireless Switch.
Voltario T60 is designed to turn ON/OFF the electronics in your model, it can replace a mechanical switch as well. The device remembers its last operating state, and if the battery is accidentally disconnected, the Voltario will automatically boot up again as soon as the battery is connected again.