AMS Performance Nissan Z 3.0L VR30 Stage 3 Long Block

The AMS Performance Nissan Z 3.0L VR30 Stage 3 Long Block is the ultimate solution for high horsepower builds in your Nissan Z. This fully assembled long block is ready for effortless installation and is crafted with precision machining using our advanced in-house equipment. Each AMS built engine has been strategically strengthened in multiple ways to support the monstrous power and torque produced by our ALPHA performance packages. Assembled in a state-of-the-art temperature and humidity controlled clean room, it ensures every detail is meticulously crafted to perfection. By applying our decades of race-winning experience to the Nissan VR30DDTT engine we have engineered the strongest, most advanced engine program available for your Z.

• The Perfect Solution for High Horsepower Builds

• Best Suited for High Horsepower Turbo Upgrade Builds

• Fully Assembled Long Block Ready for Manifolds and Accessories

• Closed Deck Ductile Iron Sleeves and ARP CA625 Head Studs for Extreme Strength

• Precision Machining With Advanced Industry Leading Equipment

• CNC Ported Heads w/ Ferrea Valves & GSC Cam Shafts for Improved Volumetric Efficiency

• Assembled in State-of-the-Art Temperature and Humidity Controlled Clean Room

• Utilizes Your Existing Engine as a Core to Build From

• New OEM Gaskets, Seals, and Hardware Throughout

The Pinnacle of VR30 Engines

We have successfully applied our race-winning experience to the Nissan VR30DDTT to bring you the pinnacle in engine programs. By developing AMS proprietary engine components we have engineered the strongest, most advanced motor program available for your Z, along with the track times to back it up. The AMS Performance Nissan Z 3.0L VR30 Stage 3 Long Block is the ultimate solution for high horse power reliability. Our long block engine assemblies come complete from valve covers to oil pan to timing chain and components to make installation as painless as possible, ready to drop right in to your Z! This proven power plant uses only the best off the shelf and custom designed AMS spec components made to our exacting standards.

Technical Specifications

• Displacement: 3.0 liters
• Bore: 86.0 mm
• Stroke: 86.0 mm
• Appx. Compression Ratio: 10.3:1
• Recommended Rev Limit: 8500RPM*
• Recommended Max Power & Torque: 1100 WHP / 800 lb-ft*

Build Sheet

• Multiple Stage Cleaning and Prep Process
• Inspect and Blueprint Engine Block
• AMS Closed Deck Ductile Iron Cylinder Sleeves
• Hone Main Journals to AMS Spec
• AMS Spec ARP Main Studs
• Manley Connecting Rods
• AMS Spec Mahle Pistons
• OEM Crankshaft Inspection and Magnaflux
• OEM Crankshaft Polish and Full Balance Job
• King Main Bearings
• New OEM Rod Bearings
• New OEM Timing Chains
• AMS Spec ARP CA625 Head Studs
• AMS Proprietary Modification and Rebuild of OEM Oil Pump
• Smoked Charcoal Powder Coated Timing Covers (Custom Colors Available Upon Request)
• New OEM Seals and Gaskets
• Cylinder Head Recondition, Clean, Reassemble
• High Performance Valve Job
• Deck / Resurface Head Cases
• Shim and Set Valve Lash
• Ferrea Oversized Competition Intake Valves
• Ferrea Std Super Alloy Exhaust Valves
• GSC Valve Springs, Titanium Retainers, Lock, Seals, Seats, Bronze Valve Guides
• GSC S2 Cam Shafts
• AMS Proprietary CNC Porting of Combustion Chamber, Intake Ports, Cam Clearance, etc.

CNC Ported Heads for Max Volumetric Efficiency

The AMS CNC Ported VR30 Heads unlock the full potential of your engine’s performance. Precision-engineered using advanced CNC technology, these cylinder heads offer superior airflow and combustion efficiency, delivering increased horsepower and torque. Ideal for high horsepower and high revving builds, our CNC ported heads provide consistent, high-quality results that will take your build to the next level. We’ve spent countless hours testing and refining this program and have optimized it to utilize the latest Ferrea and GSC valvetrain components crafted from exotic alloy materials made to with stand high boost and heat, as well as the forged billet GSC S2 cams designed for high RPMs and big power. With a 61 CFM intake and 30 CFM exhaust increase in airflow over stock, the AMS CNC head program is a proven solution to improve airflow in and out of the engine.

Our Race Winning Experience Creates Higher Standards

All of our built engines are individually handcrafted at AMS using the same care as the ones found in our world record setting race cars. When you choose an AMS engine you are investing in the knowledge gained from assembling thousands of race engines over the past 25 years. Just like in our 2800+ WHP ALPHA OMEGA Huracan, every motor is balanced, blueprinted and assembled to our precise specifications. Before assembly each block is checked for correct dimensions, cylinder bore, main alignment, block flatness, and more to ensure you get the best foundation for your new engine. Every engine we assemble has an archived spec sheet where tolerances, torque specs, and clearances are documented as part of our standard quality control process.

Product Notes

• * Horsepower and torque numbers, and RPM limits are approximate and can vary significantly depending on numerous factors such as your turbocharger selection, intake and exhaust restriction/backpressure, and fuel octane and quality, among many others. The advertised numbers herein are based on optimal conditions and utilizing proper supporting modifications, but are generally attainable results by an average customer. Your results may vary.
• In rare cases, our component selection may vary from advertised based on supply chain delays. All component substitutions will be communicated in advance by your AMS Sales Representative during the engine assembly process.
• Assumes that a good condition core long block is sent in to build from. To avoid confusion and the possibility of missing parts we ask that all long blocks are shipped to us fully assembled from valve covers to oil pan, including timing covers. Components that are not in reusable condition will have replacements quoted during the engine assembly process.