Preview: Outboardmotor | Outboard Drive | Scale 1:5

Outboardmotor | Outboard Drive | Scale 1:5

Outboardmotor | Outboard Drive | Scale 1:5

€280.00 *

Content: 1 Stück

Prices incl. VAT plus shipping costs

Stocked: Delivery in 1-3 workdays **

Shipping weight/volume: 1.5kg

Order number: 1729-4

Highlight from the X-Cat world series Our new outboard drive is a scale replica (1: 5) of... more

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Highlight from the X-Cat world series
Our new outboard drive is a scale replica (1: 5) of the well known Mercury AB engine.

That fits
The outboard drive is very well suited for catamarans and monoboats with a length between 120-140cm. Matching motors would be the SSS4082 - 4092 here.

Good to know!

Fill with oil (8ccm / 0,27fl oz) before usage. After first 30 minutes of usage please drain oil in order to get abrasion out of the drive. Refill with fresh oil and do so on a regular basis - see downloads.

Assembly is done in one line with the keel line.
For the complete scale look matching stickers are included. Infos for maintaining the drive can be found in the "Downloads" section. The outboard motor is able to move either way (left/right) depending on used propeller. The drive needs to be filled with gear oil (8ccm / 0,27fl oz) before usage. Please also note that the drive should only be used in water - therefore not in the dry state. Otherwise, the drive will not be sufficiently cooled and shaft seals may be damaged.

> Do you have any questions concerning this product?

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Prop shaft:	4,75mm (3,16")
Material top:	Impact proof plastic
Material subpart:	Aluminium with black powder coating
Gears:	Hardened steel with hypoid gearing
Amount ball bearings:	5
Coupling for:	5mm shaft
Weight:	628g
Max. rpm	30.000

Possible setups:

Motor	S	Propeller	ESC
4082/2000	6S	42-45mm	150-180A
4092/2080	6S	42-47mm	200-250A

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Video

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At which height is the drive mounted?
The surface drive is mounted at the same height as when using a flex shaft. The exact height is set individually by your hull.

How has steering to be done?

There are 2 options:

You use the 4 thin threaded rods and thus 2 threaded rods per drive (1x inside and outside of the drive). The square threaded rod is not required then.
You use 2 thin threaded rods - 1x per drive with connection on the outside and connect the two drives with the square threaded rod

How is the servo deflection performed?
The deflection to the servo should either be diagonally down or with an angle.
When used with an angle, however, 2 rods per drive must be used in any case and then under no circumstances should the middle rod be used.

That fits: