E-MAG P114-C Ignition Powering

( Brand: E-mag ), ( Manufacturer Part Number: P114-C ), ( Part Type: Ignition ), ( Country Of Origin: United States )

Review E MAG P Electronic Ignition Self powering Model

The **E-MAG P114-C** and **P-MAG Ignition Self-Powering** systems represent a cutting-edge fusion of advanced electronics and precision engineering, designed to redefine the capabilities of modern firearms for tactical, law enforcement, and competitive shooting applications. At the heart of this innovation lies a **self-powered ignition system** that eliminates the need for external power sources, such as batteries or capacitors, by harnessing the energy generated during the firing process itself. This breakthrough technology ensures reliability, efficiency, and a significant reduction in weight and complexity compared to traditional electric ignition systems. The **P114-C** variant, in particular, is engineered as a compact, modular component that seamlessly integrates with a wide range of firearms, including the AR-15 platform, offering shooters enhanced versatility without compromising on performance. Its **self-contained power generation** mechanism dynamically captures and stores energy from the firing pin s impact, converting it into the necessary electrical charge to fire the primer, all within milliseconds. This not only extends the operational lifespan of the firearm but also reduces maintenance requirements, as there are no consumable components like batteries to replace or recharge.

The **P-MAG** ignition system builds upon this foundation by incorporating a **highly efficient, low-profile design** that is specifically tailored for use with **MAGPUL** and other high-performance stock systems, ensuring a perfect fit and optimal functionality. This system is particularly advantageous for shooters who prioritize **speed, accuracy, and reliability** in high-stress scenarios, such as competitive shooting, military operations, or law enforcement engagements. The **self-powering mechanism** of both the P114-C and P-MAG systems is achieved through a proprietary **piezoelectric or electromagnetic energy capture technology**, which efficiently converts the mechanical energy of the firing pin s strike into usable electrical energy. This eliminates the need for external power sources, reducing the overall weight of the firearm and simplifying logistics, especially in environments where battery replacement is impractical or dangerous. Additionally, the system s **instantaneous power delivery** ensures that each shot is fired with consistent precision, regardless of the number of rounds previously discharged, a feature that is particularly critical in rapid-fire scenarios.

Beyond its technical advantages, the **E-MAG P114-C and P-MAG Ignition Self-Powering** systems are designed with **durability and robustness** in mind. Constructed from high-grade materials, including **anodized aluminum and precision-machined steel components**, these systems are engineered to withstand the rigors of extreme environments, from desert sands to sub-zero temperatures. The **sealed, corrosion-resistant construction** ensures long-term reliability, even in harsh conditions where moisture, dust, or debris could compromise traditional electronic systems. Furthermore, the **modular and interchangeable nature** of these components allows for easy integration with various firearm platforms, enabling shooters to customize their weapons for specific missions or preferences without extensive modifications. Whether used in a **tactical rifle, a competition pistol, or a suppressed firearm**, the self-powering ignition system delivers a level of performance that is both consistent and dependable, making it an indispensable tool for professionals and enthusiasts alike.

For competitive shooters, the **E-MAG P114-C and P-MAG systems** offer a distinct advantage by **reducing the weight and bulk** of the firearm while maintaining or even enhancing its functionality. The absence of batteries or capacitors means that shooters can focus solely on their technique and speed without the added concern of power depletion mid-competition. This is particularly beneficial in disciplines such as **3-Gun, IDPA, or USPSA**, where every fraction of a second and every ounce of weight can make a difference between victory and defeat. The **instantaneous power generation** also ensures that there are no delays between shots, allowing for a smoother, more fluid shooting experience. Law enforcement and military operators will appreciate the **reliability and low-maintenance nature** of these systems, as they eliminate the risk of power failure in critical situations where every shot must be accurate and dependable. The **self-powering ignition** also enhances the firearm s survivability in extreme conditions, as it remains operational even if subjected to shock, vibration, or environmental stressors that could disable conventional electronic systems.

In summary, the **E-MAG P114-C and P-MAG Ignition Self-Powering** systems represent a paradigm shift in firearm technology, combining **innovative energy capture, modular design, and unmatched reliability** to deliver an unparalleled shooting experience. Whether for tactical operations, competitive shooting, or everyday carry, these systems provide shooters with a **lightweight, efficient, and high-performance** solution that sets a new standard for modern firearms. By eliminating the need for external power sources and enhancing the firearm s operational capabilities, this technology ensures that users can rely on their weapons with confidence, knowing that every shot will be fired with precision and consistency regardless of the conditions.

**Pros and Cons of buying a E-MAG P114-C/P114/P-MAG Ignition Self-Powering System**

The E-MAG series, particularly the P114-C, P114, and P-MAG models, are popular among motorcycle enthusiasts for their self-powered ignition systems. Below is a detailed breakdown of their advantages and disadvantages, followed by a conclusion and recommendation.

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### **Pros**

1. **Self-Powered Ignition**

The primary advantage of the E-MAG system is its self-powering capability. Unlike traditional ignition systems that rely on a battery or external power source, the E-MAG generates its own electricity through the engine s motion. This eliminates the need for a separate battery for ignition, simplifying the electrical setup and reducing maintenance.

2. **Reliability and Durability**

E-MAG systems are known for their robust construction and long lifespan. The components are designed to withstand high vibrations and extreme conditions, making them suitable for off-road and adventure motorcycles. Many users report minimal failure rates over extended periods, especially when properly installed and maintained.

3. **No Battery Dependency for Ignition**

Since the system generates its own power, it eliminates the risk of ignition failure due to a dead battery. This is particularly beneficial in scenarios where the motorcycle is left unused for long periods or in extreme temperatures, where traditional batteries may struggle.

4. **Compatibility with Various Engines**

The E-MAG series is designed to work with a wide range of engines, including two-stroke and four-stroke setups. The P114-C and P114 models are commonly used on dirt bikes, ATVs, and small displacement motorcycles, while the P-MAG is often favored for larger engines. The modular nature of the system allows for easy adaptation to different engine configurations.

5. **Reduced Electrical Load**

By generating its own power, the E-MAG system reduces the overall electrical load on the motorcycle s battery. This can extend battery life and improve the efficiency of other electrical components, such as lights or accessories.

6. **Easy Installation**

While installation can vary depending on the motorcycle, the E-MAG system is generally straightforward to install, especially for those with basic mechanical skills. The system typically requires minimal wiring and can be integrated into existing ignition setups with relative ease. Many users find that the installation process is less complex than upgrading to a traditional ignition system with a battery.

7. **Cost-Effective Long-Term Solution**

Although the initial cost of an E-MAG system may be higher than a basic ignition kit, its longevity and reliability can make it a cost-effective solution in the long run. Users often report saving money on battery replacements and ignition-related repairs over time.

8. **Improved Performance in Certain Conditions**

Some users claim that the E-MAG system provides a more consistent spark, especially in high-RPM or high-load conditions. This can lead to smoother engine performance and better fuel efficiency in certain scenarios.

9. **Minimal Maintenance Requirements**

Once installed, the E-MAG system requires minimal maintenance. There are no moving parts that require regular lubrication or replacement (beyond the standard maintenance of the engine and ignition components). This makes it an attractive option for riders who prefer low-maintenance systems.

10. **Versatility**

The E-MAG system can be used in conjunction with other ignition systems or as a standalone solution. This versatility allows riders to customize their setup based on their specific needs, whether they want to retain a backup system or experiment with different configurations.

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### **Cons**

1. **Initial Cost**

The upfront cost of an E-MAG system can be higher than traditional ignition kits. While this cost is often justified by the system s longevity, it may be a barrier for budget-conscious buyers or those looking for a quick, low-cost upgrade.

2. **Complexity for Beginners**

While the installation process is generally straightforward, the E-MAG system may be more complex for beginners compared to plug-and-play ignition kits. Riders with limited mechanical experience may require additional guidance or assistance during installation, which could add to the overall cost or time investment.

3. **Engine-Specific Considerations**

Not all engines are compatible with the E-MAG system, or may require additional modifications to work optimally. For example, engines with very low RPM ranges or specific electrical requirements might not benefit as much from the system. It s crucial to verify compatibility with the specific motorcycle model before purchasing.

4. **Potential for Misalignment or Installation Errors**

Improper installation can lead to performance issues, such as weak sparks, inconsistent ignition, or even failure to start the engine. This risk underscores the importance of following installation instructions carefully or seeking professional help if needed.

5. **Limited Availability of Parts and Support**

While E-MAG systems are widely used, the availability of replacement parts or technical support can vary depending on the region. Some users report difficulties finding authorized service centers or spare components, which could be a concern in remote areas or for older model systems.

6. **Compatibility with Modern Electronics**

Some modern motorcycles come equipped with advanced electronics, such as fuel injection systems or ECUs, which may interact unpredictably with the E-MAG system. While the E-MAG is designed to be compatible with many of these systems, there is a risk of compatibility issues that could require additional troubleshooting or modifications.

7. **Weight and Space Considerations**

The E-MAG system adds some weight to the motorcycle, which may be a consideration for riders prioritizing lightweight setups. Additionally, the system requires space for installation, which could be limited in compact or retrofitted motorcycles.

8. **Learning Curve for Troubleshooting**

Diagnosing issues with the E-MAG system can be more challenging than with traditional ignition systems. Since the system generates its own power, faults may not always be immediately obvious, requiring a deeper understanding of electrical and mechanical interactions to identify and resolve problems.

9. **Potential for Overkill on Small Engines**

For very small or low-power engines, the benefits of the E-MAG system may be minimal. In such cases, a simpler and less expensive ignition solution might suffice, making the E-MAG an unnecessary investment.

10. **Dependence on Engine Performance**

The E-MAG system s effectiveness is directly tied to the engine s performance. If the engine is poorly maintained or experiences mechanical issues (e.g., worn-out components, improper timing), the ignition system may not function optimally. This highlights the importance of regular engine maintenance to ensure the E-MAG system operates as intended.

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### **Conclusion**

The E-MAG P114-C, P114, and P-MAG ignition systems are highly regarded for their self-powering capability, reliability, and durability. These systems offer significant advantages for riders seeking a low-maintenance, battery-independent ignition solution, particularly for off-road and adventure motorcycles. The ability to generate its own power reduces electrical dependency, simplifies the setup, and can lead to long-term cost savings.

However, the system is not without drawbacks. The initial cost, complexity for beginners, and potential compatibility issues with certain engines or modern electronics are factors that must be carefully considered. Additionally, the risk of installation errors and the need for proper troubleshooting skills cannot be overlooked. For riders with experience in mechanical work and engines that are compatible with the E-MAG system, the benefits often outweigh the cons.

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### **Recommendation**

- **Off-road and adventure riders** who prioritize reliability and durability in harsh conditions.

- **Riders with experience in mechanical work** who are comfortable with installation and troubleshooting.

- **Owners of motorcycles with compatible engines** (e.g., two-stroke or four-stroke dirt bikes, ATVs, or small to medium displacement motorcycles).

- **Those seeking a long-term, low-maintenance solution** who are willing to invest in a system that reduces battery dependency and simplifies electrical setups.

For riders who are **new to motorcycle maintenance**, **working with small or highly customized engines**, or **prioritizing cost-effectiveness for minimalist setups**, a traditional ignition system or a simpler self-powered alternative might be more appropriate. In such cases, it is advisable to consult with a mechanic or experienced rider to assess compatibility and feasibility.

Ultimately, the E-MAG system is a strong choice for those who value performance, reliability, and independence from battery-powered ignition systems. Proper research, careful installation, and regular maintenance will ensure the system delivers on its promises for years to come.

Details:

Condition: Removed from a running experimental aircraft in good working order. Serial Number: 1729. Includes the wiring pigtails and connectors as shown in photos. Self-powering capability provides excellent backup if aircraft electrical system fails.

Version Log: VL 173601 R7. Serious buyers only. For experimental aircraft only not approved for certificated. This is the desirable model with built-in power back-up internal alternator.

Up for sale is one used E-MAG P114 C commonly called P-Mag electronic ignition module. Recommend bench testing or sending to E-MAG / Hazel for inspection before flight. Please review all photos carefully and ask any questions before buying. Important Notes: Harness, spark plug leads, drive gear, and MAP tubing not included.

Smooth running, easier starting, and improved fuel economy vs traditional Magnetos. Built-In Power Back-Up model. Shows normal signs of use and age with some cosmetic wear on the black housing gold case, but no cracks, major damage, or broken connectors. Specifications: model: P114 C.

part #: p114 price

• $1400.00

specifications engineaviatio:

• brand: E-mag
• mpn: P114-c
• part type: Ignition
• country of origin: United States

seller engineaviatio:

• city: Houston, Texas
• rating: 100.0%
• # reviews: 44

returns engineaviatio:

• policy: No Returns

payments engineaviatio:

• other
• wallet: Paypal
• credit card: Discover

general engineaviatio:

• condition: Used
• Aviation Parts Accessories > Engines > Engine Components

shipping engineaviatio:

• transit: 4-10 Days
• cost: $10.60
• service: USPS Ground Advantage
• class: Standard
• carrier: USPS
• type: Calculated

offer engineaviatio:

• quantity: 1
• best offers: True
• availability: In Stock
• sold: 0
• options: Ship-to-home
• started: April 28, 2026

E-mag P114 Is Similar To:

• A22-2as-ii Aircraft Ignition Harness Continental Slick Mag (32.1% similar) New old stock Aeroflot aircraft ignition harness like slick - Salk M2381 continental 6-CYLINDER for 80 magnetos with plugs fit most model's: o IO-470, io TSIO-520, IO-550...(June 22nd, 2018)