2010 Boston Whaler 17' (5.18 m) 170 Montauk
Branford, Connecticut, United States
The Boston Whaler 170 Montauk equipped with a new 2023 Mercury 90 EFI fourstroke outboard and trailer presently being kept in a slip on the Branford River. Equipped with a GPS plot plotter/fish finder, rod holders, cooler forward of console she is ready for her next owner
Flag of Registry: United States
- Center Consoles
- Power
- Used
- Gas/Petrol
- Fiberglass Hull
- HIN/IMO: BWCE1438E010
Description
BRAND NEW 90 HP MERCURY JUST INSTALLED
This 2010 Boston Whaler Montauk package was just repowered with a 2023 90 HP Mercury outboard all new wire harness for the motor and all new wiring to the console for accessories. Comes with a galvanized trailer and is equipped with marine electronics.
Aspire Yacht Sales is pleased to assist you in the purchase of this vessel. This boat is centrally listed by Brewer Yacht Sales. It is offered as a convenience by this broker/dealer to its clients and is not intended to convey direct representation of a particular vessel
Specifications
HIN/IMO: BWCE1438E010
LOA: 17' (5.18 Meters)
Type: Power- Used
Year: 2010
Beam: 6' 10''
Fuel Type: Gas/Petrol
Hull Material: Fiberglass
Hull Finish: White
Fuel Tank: 12 Gallons (45.42 Liters)
Dry Weight: 1400
Trailer: Yes
Photos click to view all
Engines
Engine 1
- Engine Make: Mercury
- Engine Model: 1F904132D
- Engine Year: 2023
- Engine Type: Outboard
- Drive Type: Direct
- Power HP: 90.00
- Power KW: 67.11
- Fuel Type: Gas/Petrol
- Serial Number: 3B483610
- Engine Location: Middle
Contact Us
Want more information?
2612 NE 11 Ct
Fort Lauderdale FL 33304
Office: +1 954-399-4118
Email: [email protected]
At AYS we know that yachting offers a lifestyle that is unlike anything else. It provides the finest experience of being at sea that one can achieve. It is the mission of John Booysen and everyone at Aspire to ensure that you fall in love with yachting and that your time spent enjoying your yacht and the incredible experiences you’ll share onboard are maximized to their fullest potential.