Видео 21
Просмотров 53 527

1:28

PLAty MINI 40 Trimaran with Genua (still within MINI40 Rules)

0:26

PLAty MINI40 Trimaran in low but gusty winds

3:25

PLAty MINI40 Trimaran lifting after some simple Modifications , fully 3D printed with LW-PLA.

3:22

"PLAty" 3D printed rc Trimaran, MINI40 Class, Maiden Voyage

1:37

MINI40 Trimaran sailing in Günzburg, Germany

2:24

AC75 RC 2 | Traveller & Rudder & Foil Pitch

Here is the second part: The control of the traveler, rudder and the servo for the foil flaps.
The traveler itself is a sliding sleeve which slides on a carbon tube. The sheet is guided by a ball bearing in a 3D printed holder made of PLA. The servo is again a Ditex TD1005S which is probably too weak. It remains to be seen whether a sail winch will finally be used here.
The rudder itself has a 6mm axle (titanium) which is guided from below by a ball joint glued into the fuselage. The lateral supports prevent wobbling under load. The axis is also connected to the rudder pitch servo via a ball joint and is then connected to the servo via a carbon rod. The servo for the rudder is then superimp...

Видео

1:28

AC75 RC | Foil Arm Mechanics

Просмотров 1,2 тыс.Месяц назад

Here is the prototype of a purely mechanical implementation of the lifting and lowering function of the foil arms on my AC75. The focus was on lightweight construction while avoiding hydraulics due to the possible damage to the water caused by hydraulic oil. I use the programmable Hacker servos (here a TD-1005S), but any other servo would be possible with slight adjustments. It is important tha...

PLAty MINI 40 Trimaran with Genua (still within MINI40 Rules)

0:26

PLAty MINI 40 Trimaran with Genua (still within MINI40 Rules)

Просмотров 553Год назад

First test run of the new sail control for the genoa sail. Sheet paths still need to be optimised and adjusted. An extra servo takes over the shifting from starboard to port. The genoa is then trimmed synchronously with the main sail via a mixer. For details visit www.rc-network.de/threads/eigenkonstruktion-trimaran.11895338/page-1

PLAty MINI40 Trimaran in low but gusty winds

3:25

PLAty MINI40 Trimaran in low but gusty winds

Просмотров 1,5 тыс.2 года назад

Plans and stls will be available in January 2023. Just contact me on info@skeed.de

PLAty MINI40 Trimaran lifting after some simple Modifications , fully 3D printed with LW-PLA.

3:22

PLAty MINI40 Trimaran lifting after some simple Modifications , fully 3D printed with LW-PLA.

Просмотров 1 тыс.2 года назад

Nachdem ich dem Trimaran neue Ausleger und einen verstärkten Gooseneck spendiert habe, fährt er jetzt stabil auf einem Bein. Alle Infos zum Bau und den Evolutionsstufen findet ihr hier: www.rc-network.de/threads/eigenkonstruktion-trimaran.11895338/

"PLAty" 3D printed rc Trimaran, MINI40 Class, Maiden Voyage

1:37

"PLAty" 3D printed rc Trimaran, MINI40 Class, Maiden Voyage

Просмотров 2,1 тыс.2 года назад

This is my second Trimaran design, fully printed with light weight PLA. Size 122 x 122 cm, weight 2.504gr, Sails made by Heinz Bohn. For more information ask in the comments or follow the whole story at www.rc-network.de/threads/eigenkonstruktion-trimaran.11895338/page-5

MINI40 Trimaran sailing in Günzburg, Germany

2:24

MINI40 Trimaran sailing in Günzburg, Germany

Просмотров 12 тыс.2 года назад

The first pictures of the trimaran with more wind. You can clearly see the undercutting of the booms in the gusts. The wing on the rudder is here on neutral, with the next rudder I will test -1 °.

MINI40 Trimaran Maiden Voyage 03.04.2022

3:37

MINI40 Trimaran Maiden Voyage 03.04.2022

Просмотров 7652 года назад

My first Multihull project :-) Full carbon hull, carbon mast, sails self made from polyester drawing foil, 70um

MIDI VOR65 1:25 Canting Keel and Daggerboards | Testing new sails and ArduKEEL Teil 2

1:18

MIDI VOR65 1:25 Canting Keel and Daggerboards | Testing new sails and ArduKEEL Teil 2

Просмотров 1,1 тыс.2 года назад

Testsession on January, 26 2022. Location Pullinger Weiher, Bavaria, Germany ArduKEEL measures the heeling angle of the boat and turns the keel and bulb to the opposite side to generate more uprighing moment. Sensor is a MPU6050, code written by myself using standard libraries for MPU6050. To maximise battery and servo life, it's just switching between 0 , /- 20 and /- 40° for the canting keel,...

MIDI VOR65 1:25 Canting Keel and Daggerboards | Testing new sails and ArduKEEL

4:30

MIDI VOR65 1:25 Canting Keel and Daggerboards | Testing new sails and ArduKEEL

Просмотров 2 тыс.2 года назад

MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics part IV - Working Daggerboards

1:17

MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics part IV - Working Daggerboards

Просмотров 4,8 тыс.3 года назад

MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics part IV - Working Daggerboards

MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics part III - New design with just one servo

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MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics part III - New design with just one servo

Просмотров 7 тыс.3 года назад

This is just a test setup to proof that the canting keel and the two daggers can be controlled by just one servo. With this setup it is possible to move the leeward dagger when the keel is turned to the windward side. The windward dagger alsways stay inside the hull. It even completely pulls out both daggers when the keel is in neutral position which is important to reduce drag when sailing dow...

MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics part II

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MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics part II

Просмотров 10 тыс.3 года назад

The dagger mechanics are now triggered by two mini servos to enable the lift of both daggers while sailing forewind. Both servos are controlled by 1 switch on the remote, where position "1" means both daggers are up, position "0" and "2" move the corresponding dagger into the water. Later I will use my "ArduKeel" Arduino project to move Keel and daggers automatically.

MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics

1:25

MIDI VOR65 1:25 Canting Keel and Daggerboards mechanics

Просмотров 2,5 тыс.3 года назад

First test of the new canting keel mechanism (this time a worm gear). To further reduce the weight I tried to implement the keel mechanics and the daggerboard mechanics by means of a servo. By now it takes 6 seconds to fully shift the keel from one side to another (Servo speed 0.18 sec/60°) by using a faster servo (0.08sek/60°) this should work much faster.