Name: Complete range of 5 round 'ball' floats | RSPF1 to RSPF5
Brand: 3Dpecheur
SKU: 657
Availability: InStock

Complete range of 5 round ‘ball’ floats | RSPF1 to RSPF5

Set of 5 3D printable floats for carp, whitefish and spearfishing.

🆔 DESIGN NO. : 657

⚙︎ Formats : STL

𐊵 Version : 1.0

⦸ No AI - No virus

✏︎ Designer : M@t - apiobi

🗓 Published on: 03/03/2026

💬 Exchanges : 0

7,90 €

Premium quality
Low prices direct from the designer
VAT 0% : VAT not applicable, Art. 293 B of the French General Tax Code
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Description

Complete range of 5 fishing floats - Round body

The buoyancy of this range of floats by 3Dpecheur is excellent, as is its sturdiness.
Keels and antennas have common diameters in the world of floats: just add one segment of silicone tubing on the antenna and two on the keel.

If you have already printed a piece of equipment to be watertight or hermetic (like a vase or a float), you know that this requires perseverance and specific settings on your slicer and printer. But it's perfectly feasible with an FDM 3D printer, and perfectly functional.

My models are designed for FDM 3D printing. They are designed to meet the specific needs of anglers. They are designed/printed/tested several times in real-life fishing conditions until optimal results are obtained.

Range details :

RSPF1

Length : 110 mm
Body : 10 mm
Antenna : 1.2 mm
Keel: 1.2 mm
Weight : ~0,3 g

RSPF2

Length : 110 mm
Body : 11.5 mm
Antenna : 1.2 mm
Keel: 1.2 mm
Weight : 0,3 g

RSPF3

Length : 110 mm
Body : 13 mm
Antenna : 1.2 mm
Keel: 1.2 mm

RSPF4

Length : 130 mm
Body : 15 mm
Antenna : 1.6 mm
Keel: 1.2 mm

RSPF5

Length : 130 mm
Body : 19 mm
Antenna : 2 mm
Keel: 1.6 mm

Buy 5 floats, pay in 4: downloading the complete set generates an automatic discount of 20% on the price of the 5 floats purchased individually.

Technical Tips for 3D Printing

To be watertight and solid, the walls must not be less than ~1.2 mm thick, with a minimum of 3 layers.

Filling: 0%
PETG is both resistant and flexible; clear or white PETG is perfect for this type of float.
The keel is rigid yet slightly flexible thanks to PETG.

Nozzle: 0.4 mm max
Layer height: ~0.12 mm
The float must be printed flat, with supports.

If you're using a white filament like in my photos, simply apply a fluorescent paint or varnish to the antenna, then varnish the whole thing with a matt acrylic varnish, for example.The float can also be painted or varnished to achieve a fluorescent or matt color. The varnish turns your print into a standard float and helps seal any micro-holes.

This is the method I use, but you'll get excellent results with your usual settings for your favorite slicer and post_print finishes.

The floats you see in the videos and/or photos have been printed from the STL files you are about to download. They were deliberately tested on an original Ender 3 Pro, fitted with a BLTouch and PEI tray, to demonstrate that :
1/ my models are really FDM printable,
2/ they work perfectly on the majority of 3D printers on the market, without requiring the latest technology.

If printing is excellent on an Ender 3, it will also be excellent on your machine.