Orders over $35 qualify for free shipping. Orders under $35 will incur a $5 shipping charge. Excludes Plows, Dump Inserts, Trailers & Salters.
|
snow plow replacement parts
salt spreader accessories
shorelander trailer parts
triton snowmobile trailer parts and accessories

Extreme Max 3006.6884 Skeleton Transom Saver for Mercury Outboards (Twin Rod 2018-2023)

Brands:
Product Number: EMP-3006.6884
Vendor Number: 3006.6884
$96.95 $85.99

Extreme Max 3006.6884 Skeleton Transom Saver for Mercury Outboards (Twin Rod 2018-2023)

Product Number: EMP-3006.6884
Vendor Number: 3006.6884
$96.95 $85.99 You Save $10.96 (11.3%)
Adding this item to your cart will qualify your order for US domestic

QTY:

Extreme Max 3006.6884 Skeleton Transom Saver for Mercury Outboards (Twin Rod 2018-2023)

A bouncing outboard and do a lot of damage to your boat. The continuous up and down motion places constant flexing and strain on your boat's transom, leading to cracks, stress fractures, and broken transoms. Save your boat with the Extreme Max 3006.6884 Skeleton Transom Saver! Designed to fit 2018-2023 Mercury Twin Rod 2- and 4-stroke engines from 150 to 250 HP, the transom saver installs easily over the outboard's trim rods and created a rigid support between your outboard and the boat's hull. Just trim the motor up, position the transom saver, and lower the motor again. No tools, cutting or drilling required. Includes steering rod clips to keep your motor centered and a sturdy canvas storage bag for when the transom saver is not in use.

  • Fits 2018-2023 Mercury Twin Rod 2- and 4-stroke engines from 150 to 250 HP
  • Requires a 4-7/8" distance between trim rods
  • Easy installation - Just trim the motor up, position the transom saver, and lower the motor again
  • Durable cast aluminum body with poly stops to prevent scratches and vibration damage
  • Two-year limited warranty

 

Prop. 65 Warning for California Residents

WARNING: This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.

Please enable JavaScript for Full Site Functionality