60mm 55mm Water Jet Pump Thrusterwith Steering Reversing Function for Rc Jet Boat
Model: 55mm 60mm
Material: PLA ABS
1. This version is an improved version with a large diameter of 60mm 55mm propeller, which can realize steering and reversing functions.
The shell is fully 3D-printed, with a thickened design and a minimum wall thickness of 3mm to ensure sufficient strength and durability.
3. The watercourse is fully fluid analyzed to minimize the height and improve efficiency. The rear backflow partition adopts a wing-shaped design for higher efficiency.
The basic configuration is as follows:
1. Use a four-blade high-efficiency propeller with a propeller diameter of 60mm or 55mm.
2. The shaft system is customized with 6mm stainless steel, the shaft sleeve is a 12mm outer diameter thickened seamless stainless steel tube, and the flange bearings at both ends are fixed.
The pump housing is fully 3D-printed, with a thickened design (the thinnest wall thickness is greater than 3mm) to ensure sufficient strength and durability.
4. The link between the tail and the base adopts an embedded rubber o-ring, eliminating the need for silicone bonding.
5. Weight about 400g
Note: Since the appearance of 3D printing has very obvious lines, this is inevitable. Perfectionists should not buy it.
Material: PLA ABS
1. This version is an improved version with a large diameter of 60mm 55mm propeller, which can realize steering and reversing functions.
The shell is fully 3D-printed, with a thickened design and a minimum wall thickness of 3mm to ensure sufficient strength and durability.
3. The watercourse is fully fluid analyzed to minimize the height and improve efficiency. The rear backflow partition adopts a wing-shaped design for higher efficiency.
The basic configuration is as follows:
1. Use a four-blade high-efficiency propeller with a propeller diameter of 60mm or 55mm.
2. The shaft system is customized with 6mm stainless steel, the shaft sleeve is a 12mm outer diameter thickened seamless stainless steel tube, and the flange bearings at both ends are fixed.
The pump housing is fully 3D-printed, with a thickened design (the thinnest wall thickness is greater than 3mm) to ensure sufficient strength and durability.
4. The link between the tail and the base adopts an embedded rubber o-ring, eliminating the need for silicone bonding.
5. Weight about 400g
Note: Since the appearance of 3D printing has very obvious lines, this is inevitable. Perfectionists should not buy it.
