Solas Rubex L3 15 1/4 X 19 3 Blade Stainless Steel Prop For 135-300 Hp Motors on 2040-parts.com
Depue, Illinois, US
BRAND NEW
SOLAS
RUBEX L3
SIZE 15 1/4 X 19
3 BLADE
STAINLESS STEEL
OEM# 9571-153-19
FIT ALL
135-300 HP
OUTBOARD AND I/O MOTORS
WITH CORRECT HUB
THIS PROP WILL ACCEPT ALL HUB MANUFACTURES
Propellers for Sale
- Solas rubex 14.25 x 19 4 blade aluminum prop for 135-300 hp motors(US $78.95)
- Solas bravo 3 forward bravo 3 prop 24 pitch(US $450.00)
- Used mercury 15.5 x 17p apollo xhs 3-blade stainless steel propeller boat prop(US $0.99)
- Vengeance mercury marine propeller stainless 16" inch 3-blade(US $125.00)
- Omc 12.75" x 23 pitch 4-stroke propeller 390895 aluminum v4 rh 60 70hp outboard(US $105.00)
- Spare propeller mercury marine part number 48-814700a inexpensive(US $19.99)
Lexus RC-F (2014) first official pictures
Wed, 08 Jan 2014By Ollie Kew First Official Pictures 08 January 2014 20:00 Make no mistake, Lexus is making a statement with the RC-F. It’s the lairiest-looking production Lexus this side of the now-defunct LFA supercar, and packs an AMG-sized V8 punch to back up the visual aggression. Read on for the specs of what could be a two-door dark horse to worry BMW and smash the unloved Audi RS5.
Rinspeed microMAX
Tue, 11 Dec 2012Rinspeed has revealed its microMAX concept car as its latest Geneva-bound offering, which it hopes will revolutionize urban congestion. The microMAX, designed by Rinspeed boss Frank Rinderknecht, explores the idea of car sharing and is designed to be small enough so that it can easily navigate city environments but uses upright seats to maximize space. The five-seater concept is apparently no bigger than a Mini Cooper and has space for a stroller or shopping cart as well as a coffee maker and refrigerator.
College Exhibition: Monash University Degree Show 2009
Mon, 25 Jan 2010Graduating students from the Industrial Design undergraduate program at Monash University in Melbourne, Australia recently presented their annual degree show. One third of the group developed transport related projects encompassing a broad range of topics including energy efficient personal mobility, sustainable materials and manufacturing, scientific data collection and emergency services. Overall, the students' work reflected a strong emphasis on user interaction, systems innovation and production integrity.