Construction plan Swift S160

As low as €21.95 incl. VAT, plus shipping
€10.97 Special offer for subscribers
Add to Wish List

        - Construction: Christian Forrer, 2024

        - Compact glider for thermals and aerobatics

        - Wooden construction

        - Construction plan insert FMT 08/2024

With the Swift S160, Christian Forrer has designed a compact electric glider that can definitely be described as an all-rounder. It is possible to search for thermals and use them to climb high, but it can also be flown close to the ground with classic aerobatic maneuvers. A quick and uncomplicated assembly was also on his agenda.

The construction plan is supplemented with a comprehensive download package with 3D print data and all individually drawn components as well as the DXF data for milling or lasering. This means that the Swift S160 can be built with modern CAD/CAM support as well as by hand in the traditional way.

The insert construction plan was published in FMT 08/2024.

The printed construction plan is supplied by the publisher (in contrast to the insert construction plan) printed on one side on white paper. Individual elements are also shown in color. The delivery includes building instructions.

Technical specifications

Wingspan:  1.637 mm

Length:  1.015 mm

Take-off weight:  875 g

Wing area:  27,4 dm²

Wing loading:  32 g/dm²

Airfoil:  Clark Y modified, 10%

Center of gravity:  67,5 mm

Drive:  Skorpion SII-2215-1.400 kV

Propeller:  aero-naut Klappluftschraube 9×4 mit 47,5-mm-Mittelstück

Power:  ca. 140 W (12 A)

Battery:  LiPo 3s 1.300 mAh

Servos:  4× Hitec HS-55

RC functions:  Höhe, Seite, Quer, Motor

More Information
cover isssue name 3201572
Auflagenname -11
shipping time 3 - 5 Tage
Write Your Own Review
Only registered users can write reviews. Please Sign in or create an account
Excellent customer service

Excellent customer service

We take care of your requests
Made in Germany

Made in Germany

Exclusive milled and laser parts sets
Over 2.500 plans

Over 2.500 plans

Europe's largest blueprint selection