Volvo Penta IPS1350: The 1350hp Pod Drive Revolution
Unmatched performance, efficiency, and onboard comfort for superyachts and performance motoryachts.
Introduction
For yacht owners and builders where ultimate performance, silence, and efficiency are the primary goals, the Volvo Penta IPS1350 1350hp pod drive system represents the absolute pinnacle of marine propulsion technology. This isn’t just an engine package; it’s a fully integrated propulsion system that redefines what is possible on the water. At Wave Inboard Motors, our expertise with this flagship system positions us as a leading authority for Marine Engine Repowering Solutions on large motoryachts and new builds, where the IPS1350’s benefits are most transformative.
The IPS1350 is engineered for large motoryachts, superyachts, and custom builds from 60 to 100+ feet. Its twin 6-cylinder D13 engines, each producing 675hp, are paired with the latest IPS pod drives that pull rather than push the vessel. This configuration delivers up to 30% better fuel efficiency, 40% longer range, and a reduction in noise and vibration so significant it transforms the onboard experience. This is the definitive system for owners looking for the ultimate marine repower or specifying a new build.
Understanding the sophisticated integration of this system is crucial. As detailed in our guide Benefits of Volvo Penta IPS Pod Drives, the advantages go far beyond simple fuel savings. To accurately assess the project scope for a vessel of this caliber, we recommend our resource Calculating the True Cost of a Marine Repower.
Technical Specifications Table
| Specification | Detail |
|---|---|
| Model | Volvo Penta IPS1350 |
| System Configuration | Twin Volvo Penta D13-675 engines with IPS3 pod drives |
| Total Max Output | 1350 HP (1000 kW) |
| Engine Type (Each) | 6-Cylinder, 4-Stroke, Turbocharged & Aftercooled, Common Rail Diesel |
| Displacement (Each) | 12.8 L |
| Peak Torque (Each) | 1737 lb-ft (2357 Nm) @ 1300 RPM |
| Cooling System | Freshwater Heat Exchanger |
| Starting System | 24V Electric Start |
| Dry Weight (Total System) | Approx. 10,362 lbs (4700 kg) |
| Propulsion Type | Volvo Penta IPS3 Pod Drives (Forward-Facing Propellers) |
Competitor Comparison Table
| Feature | Volvo Penta IPS1350 | Traditional Shaft Drives (e.g., Twin 700hp) | Competitor Pod Systems |
|---|---|---|---|
| Propulsion Method | Pulling (IPS Pods) | Pushing (Traditional Shafts) | Varies |
| Total Power | 1350hp | ~1400hp | Similar |
| Fuel Efficiency | Up to 30% Better | Baseline | 10-20% Better |
| Noise & Vibration | Dramatically Reduced | High | Reduced |
| Maneuverability | Joystick Precision, Dynamic Positioning | Standard | Good |
| Onboard Space | Significantly More | Standard | More |
Verdict: The Volvo Penta IPS1350 is not just an incremental improvement; it’s a paradigm shift. While traditional shaft drives offer mechanical simplicity and competitor pods offer some benefits, the IPS1350 system delivers a holistic advantage that transforms the yacht’s performance, economy, and onboard ambiance. The combination of the powerful and smooth D13 block with the highly efficient IPS3 pod makes this the most advanced system in its class.
Replacement Options Table
| Option | Overhaul Traditional System | Repower with IPS1350 | Repower with New Shaft Drives |
|---|---|---|---|
| Condition | “Zero-Hour” but Outdated | State-of-the-Art Technology | Modern, Conventional |
| Warranty | Limited (on workmanship) | Full Volvo Penta Factory Warranty | Full Manufacturer Warranty |
| Performance | Restored to Original | Transformative Efficiency & Comfort | Improved |
| Vessel Value | Minimal Increase | Massive Increase & Desirability | Significant Increase |
| Total Cost of Ownership | Lower Initial, High Operational | Higher Initial, Lower Operational | Moderate |
Expert Recommendation: For a vessel capable of accommodating the IPS1350 system, the investment is not just in new engines, but in a fundamentally superior yachting experience. The Volvo Penta IPS1350 delivers such dramatic improvements in fuel economy, quietness, and maneuverability that it often pays for itself over time for an active owner. The resulting increase in resale value and marketability is substantial. A Marine Engine Diagnostic Service and hull compatibility assessment are critical first steps for any repower project of this magnitude.
Pros and Cons Table
| Pros | Cons |
|---|---|
| Revolutionary Fuel Efficiency (Up to 30% savings) | Highest Initial Investment |
| Unparalleled Onboard Quietness & Comfort | Requires Specialist Installation & Scheduled Marine Diesel Maintenance |
| Joystick Maneuvering & Dynamic Positioning | Complex System Integration |
| Increased Interior Space (No engine boxes, shafts) | |
| Faster Acceleration & Higher Top Speed |
Frequently Asked Questions (FAQ)
Q1: How does the IPS1350 achieve such significant fuel savings?
A: The efficiency comes from three key factors: 1) The forward-facing props work in clean, non-turbulent water; 2) The pods are angled at 9 degrees, optimizing the thrust vector; 3) The D13 engines are optimized to run at their most efficient RPM for a given speed.
Q2: Is the IPS1350 suitable for a repower project, or only new builds?
A: It is a superb candidate for a repower on a suitable hull. The project is significant and requires structural analysis to install the pod units, but the resulting transformation in performance and value makes it a compelling strategic investment for many large motor yacht owners.
Q3: What is Dynamic Positioning?
A: This is a revolutionary feature where the boat uses its GPS and joystick system to automatically hold its position and heading, without anchor, in wind and current. It’s a game-changer for fishing, swimming, and waiting for a bridge or dock.
Q4: What is the most critical maintenance aspect of the IPS1350 system?
A: The system demands a rigorous, professional maintenance regimen. This includes not only the twin D13 engines but also the pod drives themselves, which require specific gear oil analysis and seal inspections. This is not a system for casual owner maintenance and must be entrusted to certified Volvo Penta IPS Specialists.
Q5: How does the joystick control work with twin pods?
A: The joystick sends a command to a central computer, which independently controls the thrust and steering angle of each pod. This allows the boat to move in any direction—sideways, diagonally, or to rotate on its own axis—with pinpoint precision.
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