Going afloat knowing that your engine will always get you home, is paramount to you having a relaxing day on board your RIB. Maximising your time having fun on the water is at the heart of our Ballistic RIBS ethos.
We recommend the Yamaha outboard engine for its outstanding track record in reliability. Quiet, clean and smooth, with exceptional power and acceleration.
Our marine environment is important too, making these EFI-equipped engines an easy choice. Economic, fuel-efficient with a built-in noise reduction and clean-burn technology system means a great experience for you onboard. Plus, you can rest assured your boat is having a low impact on the environment above and below the water.
Maintenance is quick and simple too. The sophisticated diagnostic system shows engine and performance data via computer link to readily monitor its performance.
Our expert Ballistic RIBS team have vast experience of marine outboard engines. Yamaha are renowned for reliability and performance, and also for the quality components and materials used in your engine. This means extended lifetime use, greater reliability and reduced maintenance time and cost.
Over the years, Yamaha have developed the highest grade components from extensive, scientific destruction testing. Leading to very high quality specification and engineering.
Yamaha’s outboard engines own unique YDC-30 alloy is the result of this dedication to engineering the best quality components. A combination of aluminium, silicon, magnesium and titanium ensures industry-leading corrosion protection for significant components within your engine.
Yamaha outboard engines are renowned for their durability, which is why they are chosen by the RNLI and police force. They are built to last, and that helps to add to the resale value of your boat too.
Advanced manufacturing techniques include a five-layer paint process, called ACP-221, for a robust finish. A sequence of primers, undercoat and acrylic resin is oven baked for adhesion and hardness. Its then sealed in with a final coat of clear urethane lacquer for long-lasting protection.
This highly technical five-layer painting process is much copied, however has never been matched. Combined with the YDC-30 alloy and a series of sacrificial anodes used inside your engine, gives you the Yamaha ultimate corrosion protection system.
Yamaha EFI engines incorporate the latest technology, such as the NMEA 2000 instrument interface. Plus, digital network gauges (DNG) are available too. These display all your engine information digitally, when connected via a local area network (LAN).
Whilst afloat you can monitor your engine hours, RPM, trim angle, oil pressure, speed, trip time, fuel levels, battery power, fuel consumption and fuel economy at any time. Keeping you in the know means you can take action ahead of any problems, and should never be caught out.
This simple, efficient, information delivery, through easy to read digital gauges ensures you have all the tools you need, whether for leisure or commercial use. Installation is efficient and also means a reduction in wiring around the boat too.
All our Yamaha engines supplied with a Ballistic RIB are pre-rigged at the factory. This means they are all done to the highest possible standard, ensuring all the cables are rigged onto the loom. All your local dealer then needs to do is fit the engine to your rib.
Yahama’s flexible rigging programme enables a variety of options. And there is a wide selection of parts to suit your boating priorities. We can help you choose the best specification for your type of power boating.
For example, from 30HP engines and above there are over 60 different aluminium and black stainless-steel propellers. Plus, there are several control box options and gauges which all can be configured exactly how you need them.
Whether you are far out at sea, cruising round the harbour or up river, investing in a quality outboard engine is a good decision. It means more time in your boat, complete confidence about getting home, as well as less time on repair or maintenance.
All Yamaha engines come with a five year warranty for leisure use, which is transferrable to new owners. Commercial warranties are valid for two years.
With an outstanding reputation for warranty support, Yamaha has a global network of dealers qualified to deal with your engine. Where ever you are in the World with your boat, rest assured there is a support network there for you.
Buy quality, buy Yamaha.
ENGINE TYPE | 4-Stroke |
Configuration | SOHC In-line 3 |
Bore x Stroke (mm) | 65 x 75 |
Displacement (cm³) | 747 |
Recommended Max RPM | 5000-6000 |
WEIGHT (KG)* | F40SA: 94 F40LA: 98 |
Transom Height (mm) | S: 414 (16.3) L: 536 (21.1) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | DC-CDI |
Alternator Output | 12V – 17A with Rectifier Regulator |
Gear Ratio | 2.00 : 1 |
Starter System | Electric |
Operation Method | Mechanical control (A) (Optional tiller Handle available) |
Trim & Tilt Method | Power Trim & Tilt (ET, EHT) Hydro Tilt (EHD) |
Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | SOHC In-line 4 |
Bore x Stroke (mm) | 65 x 75 |
Displacement (cm³) | 996 |
Recommended Max RPM | 5000-6000 |
WEIGHT (KG)* | F50LB: 113 |
Transom Height (mm) | L: 527 (20.7) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 16A with Rectifier Regulator |
Gear Ratio | 1.85 : 1 |
Starter System | Electric |
Operation Method | Mechanical control (A) (Optional tiller Handle available) |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | SOHC In-line 4 |
Bore x Stroke (mm) | 65 x 75 |
Displacement (cm³) | 996 |
Recommended Max RPM | 5000-6000 |
WEIGHT (KG)* | F50LB: 113 |
Transom Height (mm) | L: 527 (20.7) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 16A with Rectifier Regulator |
Gear Ratio | 1.85 : 1 |
Starter System | Electric |
Operation Method | Mechanical control (A) (Optional tiller Handle available) |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 16-Valve SOHC In-line 4 |
Bore x Stroke (mm) | 65 X 75 |
Displacement (cm³) | 996 |
Recommended Max RPM | 5300-6300 |
WEIGHT (KG)* | F70LA: 119 F70XA: 121 |
Transom Height (mm) | L: 534 (21.0) X: 648 (25.5) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 15A with Rectifier Regulator |
Gear Ratio | 2.33 : 1 |
Starter System | Electric |
Operation Method | Mechanical control (Optional tiller Handle available) |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
Command Link Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 16-Valve, DOHC, In-line 4 |
Bore x Stroke (mm) | 81.0 × 88.8 |
Displacement (cm³) | 1830 |
Recommended Max RPM | 73.5 (100) @ 5500 |
WEIGHT (KG)* | 170-173 |
Transom Height (mm) | L: 516 (20.3), X: 643 (25.3) |
Fuel Induction System | Fuel Injection |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 50A with Rectifier Regulator |
Gear Ratio | 1.86 : 1 |
Starter System | Electric Starter |
Operation Method | Remote Control |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
Command Link Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 16 Valve DOHC Direct Action In-Line 4 |
Bore x Stroke (mm) | 81 x 88.9 |
Displacement (cm³) | 1832 |
Recommended Max RPM | 5300-6300 |
WEIGHT (KG)* | F115LB: 171 F115XB: 176 LF115XB: 176 |
Transom Height (mm) | L: 516 (20.3) X: 643 (25.3) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 35A with Rectifier Regulator |
Gear Ratio | 2.15 : 1 |
Starter System | Electric |
Operation Method | Mechanical control, optional tiller |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 16 Valve DOHC Direct Action In-Line 4 |
Bore x Stroke (mm) | 81 x 88.9 |
Displacement (cm³) | 1832 |
Recommended Max RPM | 5300-6300 |
WEIGHT (KG)* | F130LA: 172 F130XA: 178 |
Transom Height (mm) | L: 516 (20.3) X: 643 (25.3) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 35A with Rectifier Regulator |
Gear Ratio | 2.15 : 1 |
Starter System | Electric |
Operation Method | Mechanical control, optional tiller |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 16-Valve, DOHC, In-line 4 |
Bore x Stroke (mm) | 94 x 96.2 |
Displacement (cm³) | 2670 |
Recommended Max RPM | 5000-6000 |
WEIGHT (KG)* | F150LB: 223 *** F150XB: 228 *** LF150XB: 228 *** |
Transom Height (mm) | L: 516 (20.3) X: 643 (25.3) |
Fuel Induction System | Electronic Fuel Injection |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 36A with Rectifier Regulator |
Gear Ratio | 2.00 : 1 |
Starter System | Electric |
Operation Method | Mechanical control |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
Command Link Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 16-Valve DOHC Direct-Action In-line 4 |
Bore x Stroke (mm) | 96 x 96.2 |
Displacement (cm³) | 432 |
Recommended Max RPM | 5000-6000 |
WEIGHT (KG)* | F175LA: 219 F175XA: 220 F175LCA: 219 F175XCA: 220 LF175XCA: 220 |
Transom Height (mm) | L: 516 (20.3) X: 643 (25.3) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 50A with Rectifier Regulator |
Gear Ratio | 1.86 : 1 |
Starter System | Electric |
Operation Method | Digital electronic control (CA) Mechanical control (A) |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 16-Valve, DOHC, In-line 4 |
Bore x Stroke (mm) | 96 x 96.2 |
Displacement (cm³) | 2785 |
Recommended Max RPM | 5000-6000 |
WEIGHT (KG)* | F200LB: 221 F200XB: 222 LF200XB: 222 F200LCA: 221 F200XCA: 222 LF200XCA: 222 |
Transom Height (mm) | L: 516 (20.3) X: 643 (25.3) |
Fuel Induction System | Electronic Fuel Injection |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 50A with Rectifier Regulator |
Gear Ratio | 1.86 : 1 |
Starter System | Electric |
Operation Method | Digital electronic control (CA) Mechanical control (B) |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
Command Link Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 24 Valve DOHC with VCT Direct-Action 60° V6 |
Bore x Stroke (mm) | 96 x 96 |
Displacement (cm³) | 4169 |
Recommended Max RPM | 5000-6000 |
WEIGHT (KG)* | F250XCA: 253 LF250XCA: 253 F250UCA: 259 LF250UCA: 259 |
Transom Height (mm) | X: 643 (25.3) U: 770 (30.3) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 70A with Rectifier Regulator |
Gear Ratio | 1.75 : 1 |
Starter System | Electric |
Operation Method | Digital Electronic Control |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |
ENGINE TYPE | 4-Stroke |
Configuration | 24 Valve DOHC with VCT Direct-Action 60° V6 |
Bore x Stroke (mm) | 96 x 96 |
Displacement (cm³) | 4169 |
Recommended Max RPM | 5000-6000 |
WEIGHT (KG)* | F300XCA: 253 LF300XCA: 253 F300UCA: 259 LF300UCA: 259 |
Transom Height (mm) | X: 643 (25.3) U: 770 (30.3) |
Fuel Induction System | EFI |
OEDA Emission Rating | 3 Star |
Lubrication System | Wet-sump |
Ignition/Advance System | TCI |
Alternator Output | 12V – 70A with Rectifier Regulator |
Gear Ratio | 1.75 : 1 |
Starter System | Electric |
Operation Method | Digital Electronic Control |
Trim & Tilt Method | Power Trim & Tilt |
Digital Gauges | Optional |