Skip to content

Sailboat RC Trimaran Drone
2.jpg Sailboat RC Trimaran Drone
Imagen-de-WhatsApp-2024-02-03-a-las-23.34.53_c4292bf4.jpg Sailboat RC Trimaran Drone
4.jpg Sailboat RC Trimaran Drone
Imagen1.png Sailboat RC Trimaran Drone
Imagen2.png Sailboat RC Trimaran Drone
Imagen4.png Sailboat RC Trimaran Drone
Imagen5.png Sailboat RC Trimaran Drone
Model_3D_Reference.png Sailboat RC Trimaran Drone
Advertising
Share
Add to
Make
Advertising
?
Creation quality: 5/5 (1 vote)
Evaluation of on the printability, utility, level of detail, etc.
License
Usages
3D design format
3 files (DWG and ZIP) Close
  • 0. NACA Profile -MDF 4 mm.DWG
  • Assembly_Trimaran_Videos.zip
    • AssemblyAnimation_Clipchamp.avi
    • Real scale sailboat 3 m.mp4
  • Sailboat_STL.zip
    • 1. Port Stabilizer Section - A-1.STL
    • 1. Port Stabilizer Section - B-1.STL
    • 1. Port Stabilizer Section - C-1.STL
    • 1. Port Stabilizer Section - D-1.STL
    • 1. Stabilizer beams - 2units.STL
    • 1. Starboard Stabilizer Section A-2.STL
    • 1. Starboard Stabilizer Section B-2.STL
    • 1. Starboard Stabilizer Section C-2.STL
    • 1. Starboard Stabilizer Section D-2.STL
    • 2. Hatch cover Cap - A-1.STL
    • 2. Hatch cover Cap - B2-1.STL
    • 2. Hatch cover Cap - C-1.STL
    • 2. Hatch cover cap B1-1.STL
    • 2. Lower Section - A-1.STL
    • 2. Lower Section - B-1.STL
    • 2. Lower Section - C-1.STL
    • 2. Lower Section - D-3.STL
    • 2. Lower Section - E-3.STL
    • 2. Lower Section - F-1.STL
    • 2. Upper Section - A-1.STL
    • 2. Upper Section - B-1.STL
    • 2. Upper Section - C-1.STL
    • 2. Upper Section - D-1.STL
    • 2. Upper Section - E-1.STL
    • 2. Upper Section - F-1.STL
    • 3. Arm Coupling-1.STL
    • 3. Arm Coupling-2.STL
    • 3. Fixed Skeg Rudder-1.STL
    • 3. Fixed Skeg Rudder-2.STL
    • 3. Hull to Rudder Attachment-1.STL
    • 3. Hull to Rudder Attachment-2.STL
    • 3. Rod Axle-1.STL
    • 3. Rod Axle-2.STL
    • 3. Rod Shaft Coupling-3.STL
    • 3. Rod Shaft Coupling-4.STL
    • 3. Rudder Blade-1.STL
    • 3. Rudder Blade-2.STL
    • 3. Servo Arm Coupling-2.STL
    • 3. Servo Arm Coupling-3.STL
    • 3. Servo Coupling - Rudder-1.STL
    • 3. Servo Coupling - Rudder-2.STL
    • 4. Longitudinal Bulkheads - A-2.STL
    • 4. Longitudinal Bulkheads - B port-1.STL
    • 4. Longitudinal Bulkheads - B Starboard-2.STL
    • 4. Transverse Bulkheads - A-1.STL
    • 4. Transverse Bulkheads - B-1.STL
    • 4. Transverse Bulkheads - C-1.STL
    • 4. Transverse Bulkheads - D-1.STL
    • 4. Transverse Bulkheads - E-1.STL
    • 4. Transverse Bulkheads - F-1.STL
    • 4. Transverse Bulkheads - G-1.STL
    • 5. Gear for Mast-1.STL
    • 5. Gear for Mast-2.STL
    • 5. Gear for Servo-1.STL
    • 5. Gear for Servo-2.STL
    • 5. Lower Bearing Coupling-1.STL
    • 5. Lower Bearing Coupling-2.STL
    • 5. Servo Coupling-1.STL
    • 5. Servo Coupling-2.STL
    • 5. Transmission Case Base-1.STL
    • 5. Transmission Case Base-2.STL
    • 5. Transmission Case Side-2.STL
    • 5. Transmission Case Side-4.STL
    • 5. Transmission Case Side-5.STL
    • 5. Transmission Case Side-6.STL
    • 5. Transmission Case Top-1.STL
    • 5. Transmission Case Top-2.STL
    • 5. Upper Bearing Coupling-1.STL
    • 5. Upper Bearing Coupling-2.STL
    • 6. Keel Cover-1.STL
    • 6. Lower Port Keel-1.STL
    • 6. Lower Starboard Keel-1.STL
    • 6. Port Bulb-1.STL
    • 6. Starboard Bulb-2.STL
    • 6. Upper Port Keel-1.STL
    • 6. Upper Starboard Keel-1.STL

Learn more about the formats
Publication date 2024-02-04 at 06:00
Design number 1760294
DATZON

DATZON

Issue with this design? Report a problem.

Template info

3D model description

Hello!

Our new creation is a Trimaran Sailboat Model with double rigid sail, an original creation inspired by the autonomous "Saildrone" sailboats. The model is propelled by rigid sails made up of an internal 4 mm MDF skeleton made in laser cutting and covered with fiberglass or vinyl. It has double rudders that provide very good maneuverability. The aerodynamic hull, the 2 stabilizers and the keel give the boat great stability. Mechanical transmissions for sails and rudders are made up of 3D printed gears and prepared servomotors. Other mechanical components such as bearings, tubes and rods that are listed are also used.

To maintain waterproofing at the keel and rudder ts it is necessary to use cuts of a nitrile sheet or keep the rubber in these areas under pressure.

The model can be printed in PLA, PETG or ABS. For more demanding routes and longer duration in environments, PETG is recommended due to its mechanical resistance and durability.

Required construction volume: 220 x 220 x 250 (Ender 3)

Weight RTF: 6 kg (Includes mechanical components, 4s 5200mAH battery and servos.)

Length overall (LOA): 1.5m

Filament quantity: 2kg - PLA

Includes an Exploded View Animation for the assembly.

https://www.youtube.com/watch?v=SMeBpx8l2sM

Manufacturing settings

220 x 220 x 250 mm (Ender3)

Nozzle: 1 mm

Filling: 15

Printing time: 48 hours approx

Categories

Boats & submarines

Tags

Advertising

Page translated by automatic translation. See the original version.

Would you like to Cults?

You like Cults and you want to help us continue the adventure independently? Please note that we are a small team of 4 people, therefore it is very simple to us to maintain the activity and create future developments. Here are 3 solutions accessible to all:

  • ADVERTISING: Disable your ad blocker.
  • DONATE: Make a donation via Ko-Fi 💜.
  • WORD OF MOUTH: Invite your friends to come, discover the platform and the magnificent 3D files shared by the community!

Sharing and ing on Cults3D guarantees that designs remain in makers community hands! And not in the hands of the 3D printing or software giants who own the competing platforms and exploit the designs for their own commercial interests.

Cults3D is an independent, self-financed site that is not able to any investor or brand. Almost all of the site’s revenues are paid back to the platform’s makers. The content published on the site serves only the interests of its authors and not those of 3D printer brands who also wish to control the 3D modeling market.