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  3. FARRIS 27CC13-M20

FARRIS ENGINEERING 27CC13-M20 Curtiss Wright

27cc13-m20 Farris Engineering Curtiss Wright / 27cc13m20 Used

( Brand: Farris Engineering ), ( Manufacturer Part Number: 27CC13-M20 )

Review FARRIS ENGINEERING Curtiss Wright 27cc13m20 Used

The **Farris Engineering 27CC13-M20 Curtiss-Wright 27CC13M20** is a meticulously crafted, high-performance outboard motor designed for enthusiasts and professionals seeking uncompromising reliability, efficiency, and raw power in their marine applications. Engineered by Farris Engineering a trusted name in marine propulsion this model is a direct descendant of the legendary **Curtiss-Wright 27CC13M20**, a classic two-stroke outboard renowned for its robust construction, smooth operation, and enduring durability. The **27CC13-M20** retains the timeless elegance of its predecessor while incorporating modern refinements to enhance performance, ease of maintenance, and adaptability to a wide range of watercraft, from vintage speedboats and classic fishing vessels to custom-built performance yachts and high-speed runabouts.

At its core, the **27CC13-M20** features a **27 horsepower, two-stroke, air-cooled engine** with a displacement of **13 cubic inches**, delivering a perfect balance of throttle response and torque for both leisurely cruising and spirited acceleration. The engine s **single-cylinder, overhead-valve design** ensures efficient combustion, while the **direct-drive propeller shaft** provides clean, unobstructed power transfer, minimizing energy loss and maximizing propulsion. The **cast-aluminum crankcase** is precision-machined for strength and weight efficiency, while the **forged-steel crankshaft and connecting rod assembly** guarantees resilience against the stresses of high-speed operation and prolonged use. A **pressure-lubricated big-end bearing** and **sealed main bearings** further contribute to longevity, reducing the risk of premature wear even under demanding conditions.

One of the standout features of the **27CC13-M20** is its **modular and serviceable design**, which reflects Farris Engineering s commitment to accessibility and ease of maintenance. The engine s **top-mounted spark plug** allows for quick and straightforward ignition adjustments, while the **easy-access fuel and oil mixture system** simplifies tune-ups and routine upkeep. The **integrated recoil starter** ensures reliable ignition without the need for external tools, making it ideal for both on-water and off-water applications. Additionally, the **adjustable tilt mechanism** (when paired with compatible mounts) allows for optimal trim angles, enhancing fuel efficiency and handling at various speeds. For those seeking even greater performance, the **27CC13-M20** can be paired with aftermarket upgrades such as high-performance propellers, custom exhaust systems, or performance carburetures, further tailoring its output to specific needs.

The **27CC13-M20** is built with **marine-grade materials and finishes**, ensuring resistance to corrosion and saltwater exposure. The **anodized aluminum cowling** not only provides a sleek, vintage aesthetic but also offers protection against the elements, while the **sealed electrical components** prevent moisture intrusion. The motor s **direct-drive configuration** eliminates the need for complex drive systems, reducing potential points of failure and simplifying installation on a variety of hulls. Whether mounted on a **wooden runabout, a fiberglass speedboat, or a restored classic**, the **27CC13-M20** delivers a seamless blend of power and precision, embodying the spirit of classic marine engineering with modern reliability.

For collectors, restorers, and performance seekers, the **Farris Engineering 27CC13-M20** is more than just an outboard it is a testament to the enduring legacy of Curtiss-Wright s two-stroke technology, reimagined for today s demands. With its **smooth, growling exhaust note, responsive throttle, and timeless design**, this motor is perfect for those who appreciate the thrill of raw, unfiltered power while enjoying the durability and craftsmanship of a true marine workhorse. Whether cruising along a scenic coastline, racing on a local lake, or simply enjoying the open water, the **27CC13-M20** promises an exhilarating and reliable experience that bridges the gap between history and innovation.

### **Analysis of the Farris Engineering 27CC13-M20 (Curtiss-Wright 27CC13M20) Compressor**

The **Farris Engineering 27CC13-M20** is a centrifugal compressor designed for industrial applications, often used in gas compression, petrochemical processing, and power generation. Below is a detailed breakdown of its pros and cons, followed by a conclusion and recommendation.

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### **Pros of the Farris Engineering 27CC13-M20**

1. **High Efficiency and Performance**

- The **Curtiss-Wright 27CC13M20** is engineered for high-pressure ratio applications, making it suitable for demanding industrial processes where energy efficiency is critical.

- Its aerodynamic design minimizes losses, improving overall system efficiency compared to older or less optimized models.

2. **Reliability and Durability**

- Built with **high-grade materials**, including advanced alloys and precision machining, the compressor is designed for long-term operation in harsh environments.

- Curtiss-Wright is a well-established manufacturer with a strong reputation for **durability in critical applications**, reducing unscheduled downtime.

3. **Modular and Flexible Design**

- The **27CC13-M20** is part of a modular series, allowing for **customization** in terms of flow rates, pressures, and driver configurations (e.g., electric motors, gas turbines, or steam turbines).

- This flexibility makes it adaptable to various process requirements without requiring a complete overhaul.

4. **Proven Track Record in Industrial Applications**

- Widely used in **petrochemical, refinery, and power generation sectors**, this compressor has a history of reliable performance in high-stakes environments.

- Curtiss-Wright s engineering expertise ensures **consistent performance** under extreme conditions, including high temperatures and corrosive gases.

5. **Lower Maintenance Requirements Compared to Reciprocating Compressors**

- Centrifugal compressors like this one typically require **less frequent maintenance** than reciprocating units, reducing operational costs over time.

- The absence of moving piston parts means **fewer wear points**, leading to extended service intervals.

6. **Energy Efficiency and Cost Savings**

- Modern centrifugal compressors are optimized for **lower power consumption** at high flow rates, making them cost-effective for large-scale operations.

- Variable Speed Drive (VSD) compatibility (if applicable) further enhances energy efficiency by matching compressor output to demand.

7. **Compliance with Industry Standards**

- Designed to meet **API, ASME, and other industry standards**, ensuring safety, reliability, and regulatory compliance in critical applications.

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### **Cons of the Farris Engineering 27CC13-M20**

1. **High Initial Capital Cost**

- Centrifugal compressors, especially high-performance models like this one, have a **significant upfront cost** compared to smaller or less sophisticated units.

- The price includes not only the compressor but also **auxiliary systems (lube oil, seal systems, instrumentation)**, which can further increase initial expenses.

2. **Complexity in Operation and Maintenance**

- Requires **highly trained personnel** for installation, commissioning, and maintenance due to its advanced design.

- **Sealing and bearing systems** must be carefully monitored to prevent leaks or failures, which can be costly if not managed properly.

3. **Sensitivity to Inlet Conditions**

- Performance degrades if the **inlet gas is not properly conditioned** (e.g., presence of liquids, solids, or contaminants).

- Requires **effective filtration and drying systems** to prevent erosion or damage to the impellers and diffusers.

4. **Limited Suitability for Low-Flow, High-Pressure Ratio Applications**

- While efficient at high flow rates, centrifugal compressors may **struggle with very low flow conditions**, leading to **surge risks** if not properly controlled.

- May require **surge control systems (e.g., inlet guide vanes, recirculation loops)** to operate safely at part-load conditions.

5. **Longer Lead Times for Custom Configurations**

- Since this is a **modular but specialized** unit, custom engineering and manufacturing can result in **extended delivery times**, which may impact project timelines.

6. **Potential for Higher Operational Costs in Some Cases**

- While generally energy-efficient, **poorly optimized systems** (e.g., mismatched drivers, inefficient controls) can lead to **higher operational costs** over time.

- **Lube oil and seal gas consumption** must be carefully managed to avoid excessive expenses.

7. **Replacement Parts and Spare Parts Availability**

- As an older or niche model, **spare parts availability** may be limited compared to more modern or widely used compressors.

- Long-term reliability depends on the **supplier s ability to maintain a robust spare parts inventory**.

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### **Conclusion**

The **Farris Engineering 27CC13-M20 (Curtiss-Wright 27CC13M20)** is a **high-performance, reliable centrifugal compressor** well-suited for large-scale industrial applications where efficiency, durability, and modularity are critical. Its **advanced engineering, energy efficiency, and proven track record** make it a strong choice for petrochemical, refinery, and power generation sectors.

However, the **high initial cost, complexity in operation, and sensitivity to inlet conditions** require careful consideration. Buyers must ensure they have the **necessary expertise, proper gas conditioning systems, and surge protection** in place to maximize performance and minimize risks.

For applications where **high flow rates, energy efficiency, and long-term reliability** are prioritized over cost savings, this compressor is an excellent investment. Conversely, if **budget constraints, low-flow requirements, or simpler maintenance needs** are more important, alternative compressor technologies (e.g., reciprocating or screw compressors) may be more appropriate.

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### **Recommendation**

**Buy the Farris Engineering 27CC13-M20 if:**

- You are operating in a **large-scale industrial setting** (e.g., refinery, petrochemical plant, or power generation) where **high efficiency and reliability** are non-negotiable.

- Your application requires **modular flexibility** and the ability to handle **high-pressure ratio gases** at substantial flow rates.

- You have **access to skilled maintenance personnel** and can implement **proper gas conditioning and surge control systems**.

- Long-term **operational cost savings** from energy efficiency justify the **higher upfront investment**.

**Avoid or Consider Alternatives if:**

- Your budget is **constrained**, and you can find a **simpler, lower-cost compressor** that meets your flow and pressure requirements.

- Your application involves **low-flow, high-pressure ratio conditions**, where a **reciprocating or screw compressor** may be more suitable.

- You lack **expertise in centrifugal compressor maintenance**, as improper operation could lead to **premature failures or inefficiencies**.

- **Spare parts availability** is a concern, and you may struggle to source components in the long term.

**Final Verdict:**

For the right application, the **27CC13-M20 is a robust and efficient choice**, but potential buyers should conduct a **detailed cost-benefit analysis**, including **operational, maintenance, and energy costs**, before making a purchase decision. Consulting with **Curtiss-Wright or a specialized compressor engineering firm** can help ensure the unit is properly specified and integrated into your system.

Details:

All products are guaranteed to be working but may show signs of use if purchasing a used product. Sells new and surplus product develops channels to purchase such. Packaging and Handling: Items are safely ESD packaged in custom shipping cartons for protection. Call to use a shipping service other than the ones listed.

part #: 27cc13m20 prices

  • $115.00-$300.00

specifications valvesplumbing:

  • brand: Farris Engineering
  • mpn: 27cc13-m20

general valvesplumbing:

  • condition: Used
  • Hydraulics, Pneumatics, Pumps Plumbing > Valves Manifolds > Relief Valves

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offer valvesplumbing:

  • started: March 29, 2026
  • sold: 0
  • quantity: 1
  • options: Ship-to-home
  • availability: In Stock

shipping valvesplumbing:

  • class: Standard
  • type: Fixed
  • cost: $12.90
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  • rating: 99.6%
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  • city: 1 Millennium Dr, Willingboro, NJ 08046
category: business & industrial > hydraulics, pneumatics, pumps plumbing > valves manifolds > relief valves, sku: 23408869183570813,
Farris Engineering 27CC13-M20 Is Similar To:
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2 offers $115.00–$300.00 USD
  • Used. Offer #1 priced at $115.00 + $18.40 shipping estimate = $133.40* total. +$18.40 shipping
  • New – Open box. Offer #2 priced at $300.00 + $220.13 shipping estimate = $520.13* total. NEW, NO BOX.+$220.13 shipping

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