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Unleash unparalleled control with the Rare Breed Trigger for sale, engineered to deliver lightning-fast reset and ultimate precision. Dominate your shooting experience with a cutting-edge design that combines unmatched reliability with aggressive performance. Secure your competitive edge today and transform every shot into a seamless, powerful action.

Key Features of the FRT-15 Performance Trigger

The FRT-15 Performance Trigger is designed to emulate a forced-reset trigger system, enabling rapid firing cycles through a unique mechanism. A key performance trigger feature is its patented forced-reset design, which automatically resets the trigger after each shot, allowing the user to maintain trigger pressure for the next cycle. This creates a high-speed shooting capability that is distinct from binary or standard triggers. The trigger utilizes a proprietary sear and disconnector geometry, requiring specific bolt carrier group profiles for reliable function. It is constructed from heat-treated steel and billet aluminum for durability, and includes a tensioned safety selector. Notably, the FRT-15 is designed for use in standard AR-15 lower receivers, offering an aftermarket upgrade that significantly alters the firearm’s operational rate without converting it to a full-automatic device, a point of regulatory and legal distinction.

How forced reset technology differs from binary triggers

The FRT-15 Performance Trigger transforms a standard AR-15 platform into a speed-focused machine, leveraging its patented forced-reset technology to achieve blistering cyclic rates without converting it to full-auto. Its binary-like action significantly boosts firing speed, allowing skilled shooters to dump rounds faster than a traditional semi-automatic trigger permits. The mechanism relies on aggressive internal geometry to push the trigger forward after each shot, demanding deliberate finger follow-through for consistent performance. *Shooters often describe the initial pull as resetting their muscle memory entirely.* A crisp, single-stage break maintains precision, though the rapid reset can challenge accuracy at longer ranges. The trigger includes a safety that prevents firing until the shoe is fully forward, and its drop-in design simplifies installation for most AR-15 lowers.

Rate of fire and reset speed specifications

The FRT-15 Performance Trigger is a game-changer for AR-15 enthusiasts, shifting the reset from the bolt to the shooter’s finger. This design allows for rapid, bump-fire-like speed without modifying your rifle’s fire rate. Its binary-like function resets as you release the trigger, delivering a crisp, consistent pull each time. Forget standard triggers; the FRT-15 unlocks true semi-auto speed without legal classification issues in most states.

You tap the trigger for one shot, but the real magic happens when you hold the trigger down and ride the reset for fast, controlled bursts.

The key benefits include easy drop-in installation, compatibility with mil-spec lower receivers, and a serrated flat shoe for better feel. It works with most 5.56/.223 builds, though you might need to tweak your hammer spring for reliable ignition.

• Drop-in design, no gunsmith needed
• Fast reset via forced-reset mechanics
• Light, crisp break under 4 pounds

Perfect for range fun or competitive shooting, just check local laws first.

Durability and materials used in modern forced reset units

The FRT-15 Performance Trigger redefines the speed of semiautomatic action, turning each pull into a lightning-fast reset that feels almost like a burst of controlled fury. Forced reset trigger innovation drives this mechanism, where the trigger physically pushes forward after each shot, allowing rapid follow-ups without bump firing. You feel the crisp break and immediate spring-back, a rhythm that blurs the line between precision and pace. Unlike traditional triggers, the FRT-15 demands deliberate finger discipline—releasing pressure mid-cycle stalls the action, teaching you a new dance of micro-adjustments. It’s not full auto, but the cyclic rate fools the hand into thinking it is. This design boasts drop-in installation for AR-15 platforms, no permanent modifications needed, and works best with high-speed ammo to handle the aggressive reset. Users often describe the sensation as addictive, a mechanical heartbeat thrumming through the grip.

Legal Considerations for Owning a Rapid-Fire Trigger System

Owning a rapid-fire trigger system, such as a binary or forced-reset trigger, places you at the center of a complex legal landscape. Federal law, enforced by the ATF, strictly governs these devices, classifying many as machinegun conversion parts under the National Firearms Act, which imposes severe penalties for unregistered possession. Compliance with all state and local laws is non-negotiable, as jurisdictions like California, New York, and Florida have enacted outright bans, criminalizing even ownership without intent to use. Failure to verify your state’s specific statutes can result in felony charges and permanent loss of firearm rights. You must also ensure the device does not alter the firearm’s original semi-automatic function, as any modification enabling a single trigger pull to discharge multiple rounds is illegal. Consulting a firearms attorney before purchase is the only prudent path to avoid devastating legal repercussions. Ultimately, the burden of proof rests on you, the owner, to demonstrate lawful possession.

ATF rulings and current enforcement status in 2025

Owning a rapid-fire trigger system, such as a binary or forced-reset trigger, requires strict adherence to federal, state, and local firearm laws. The Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF) classifies any device that enables a firearm to discharge more than one shot with a single trigger pull as a machinegun, which is heavily regulated under the National Firearms Act. Compliance with ATF regulations is critical to avoid severe legal penalties. State laws vary dramatically; for instance, California and New York categorically ban these systems, while Texas allows them with standard firearm transfers. Homeowners should also verify that their insurance policy covers potential liabilities from modified firearms. Always consult a licensed firearms attorney before purchasing such equipment. Failure to register devices correctly can result in felony charges, asset forfeiture, and loss of gun rights.

State-by-state legality and potential restrictions

Owning a rapid-fire trigger system, such as a binary or forced reset trigger (FRT), involves navigating complex federal, state, and local firearms regulations. Under federal law, devices that convert a semi-automatic firearm to fire more than one shot per single trigger pull are classified as machineguns and are heavily restricted by the National Firearms Act (NFA). However, some systems like the forced reset trigger exploit legal loopholes by not technically allowing “automatic” fire, though their legality remains contested and subject to enforcement actions by the Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF). Always verify current ATF rulings and consult a licensed firearms attorney before purchasing such components. Key legal considerations include:

• State-level bans: Some states, like California and New York, explicitly prohibit binary or forced reset triggers.
• Local ordinances: City or county laws may impose additional restrictions beyond state laws.
• Potential reclassification: The ATF may retroactively classify a device as a machinegun, leading to serious legal penalties for owners.

Compliance tips for purchase and possession

Owning a rapid-fire trigger system, like a binary or bump stock, comes with serious legal hurdles that vary wildly by location. Federal and state firearm regulations often classify these devices as machinegun parts, especially after the ATF’s 2018 reversal on bump stocks, which are now banned under federal law. Before buying, you must check your state’s stance—California, New York, and New Jersey have outright bans, while others allow binary triggers under certain conditions. Key points to consider:

• Verify if the device is considered a “machinegun conversion device” under the National Firearms Act (NFA).
• Research local laws: some states require a background check or registration.
• Be aware of federal penalties: possession of a banned trigger system can lead to up to 10 years in prison.

Always consult a firearms attorney before purchasing to avoid unintended felonies.

Where to Find Authentic Forced Reset Triggers Online

Authentic forced reset triggers are niche aftermarket firearm components, and locating verified, in-stock units requires focused searching. The most reliable sources are specialized firearms parts retailers such as Benelli M4 and Beretta 1301 modification shops, as well as dedicated AR-15 upgrade suppliers like Fostech, Franklin Armory, and Tac-Con, which sell their own proprietary designs directly. Authentic forced reset triggers are rarely found on general e-commerce platforms like Amazon or eBay, as these sites often prohibit sales of such items. Instead, specialized online firearms marketplaces like Brownells, MidwayUSA, or optics-focused retailers with an FFL license may carry limited inventory. Given the legal ambiguity surrounding these components in certain jurisdictions, always verify local compliance before purchasing. Additionally, owners forums and subreddits like r/ar15 or the ARFCOM equipment exchange can connect you with verified private sellers, though caution regarding counterfeit parts is necessary. For the best availability, regularly check major manufacturer websites, as production runs of these regulated trigger systems are often intermittent and sell out quickly.

Vetted retailers and manufacturer direct sources

Finding authentic forced reset triggers online requires navigating a marketplace rife with counterfeits. Trusted manufacturers and specialized retailers are the only safe sources. Directly from companies like Rare Breed Triggers or Fostech, or authorized dealers such as Brownells, ensures verifiable authenticity and warranty support. Avoid auction sites, social media marketplaces, or unverified listings, where clone components and improperly seared parts are common. Reputable sellers provide clear product specifications, serialized components, and verified customer reviews. Always check current ATF rulings in your jurisdiction before purchase, as legal status varies. Prioritize dealers with transparent return policies and technical support for safe installation.

Warning signs of counterfeit or unapproved units

If you’re hunting for a reliable forced reset trigger, your best bet is to stick with established, niche firearm forums and specialty parts suppliers that cater to the advanced DIY community. These components aren’t sold on mainstream e-commerce sites due to regulatory complexities, so you’ll need to dig into vendor lists shared by experienced builders on platforms like AR15.com or dedicated subreddits. A forced reset trigger typically isn’t a stock item, so look for small machine shops that produce them in limited runs. Always check recent buyer feedback in those forums to avoid scams or poor-quality copies.

Pricing trends and availability updates

Authentic forced reset triggers are typically found through specialized firearms parts retailers and niche online forums dedicated to advanced shooting components. High-quality forced reset triggers require careful sourcing to avoid counterfeit or poorly manufactured units. Reputable dealers often list them on their own e-commerce sites, while discussions on industry-specific boards like AR15.com or Reddit’s r/gundeals can direct you to verified sellers. Additionally, select gunsmiths and custom shops may offer custom-made versions built to specification. Always verify the seller’s reputation through user reviews and transaction histories, as the market for these parts is limited and often cyclical. Buying directly from a known manufacturer or a trusted online marketplace with clear return policies provides the best assurance of authenticity and safety.

Installation Guide for Drop-In Trigger Units

To install a drop-in trigger unit, first ensure your firearm is completely unloaded and safe. Begin by removing the slide and clearing the frame of any debris or old components. Line up the new trigger unit with the frame’s pin holes and gently press it into place—it should seat with little to no force. Secure the unit using the provided pins, ensuring they are fully seated flush with the frame. Drop-in trigger units are designed for a hassle-free upgrade, but always function-check the safety and reset before reassembling the slide. For troubleshooting common trigger issues, confirm the pins are not walking out and that the connector hasn’t shifted. This simple swap can dramatically improve your shooting experience without needing a gunsmith.

Tools required and estimated installation time

Installing a drop-in trigger unit is a frt trigger straightforward way to upgrade your firearm’s performance. Upgrading your AR-15 trigger pull starts by ensuring the weapon is completely unloaded and safe. First, pull out the two receiver pins to separate the upper and lower receivers. Remove the hammer, trigger, and disconnector along with their springs and pins. Carefully place your new drop-in cassette into the lower receiver’s trigger pocket, ensuring the safety selector engages correctly. Replace the receiver pins, which should click firmly into the cassette’s pre-installed grooves. Cross-check the safety function and trigger reset by dry-firing in a safe direction. A properly installed drop-in unit delivers a crisp, consistent break without the hassle of individual spring alignment. Finally, reassemble the upper receiver and perform a function check before heading to the range.

Compatible AR-15 lower receivers and platforms

Installing a drop-in trigger unit streamlines your firearm’s upgrade without gunsmithing expertise. Drop-in trigger units for precision shooting require only basic tools like a punch set and hammer. Begin by ensuring the firearm is unloaded and safe. Remove the existing trigger group by drifting out the trigger and hammer pins. Insert the new drop-in unit, aligning it with the lower receiver’s pin holes. Securely reinstall the pins, test the safety functions, and check for smooth operation. This direct swap eliminates complex fitting, instantly improving trigger pull and accuracy for competitive or defensive use.

Common mistakes to avoid during setup

First, ensure the firearm is unloaded and cleared. Begin by removing the factory trigger group, noting the placement of pins and springs. Drop-in trigger unit installation becomes intuitive as you align the new assembly into the receiver pocket. Push the main frame pin through until it clicks into its detent. Often, you must next lock in the hammer assembly with its captive pin. One crucial step—check the trigger safety block engages when the trigger is at rest. Finally, test the pull weight and reset by cycling the slide manually. The crisp, clean break rewards patience; a fitting benchtop session transforms a gritty pull into precision.

Maintenance Tips for High-Speed Trigger Components

Keeping your high-speed trigger components in peak condition boils down to a few simple habits. After each session, wipe down the assembly with a dry cloth to remove dust and debris; caked-on gunk is the enemy of rapid cycling. Apply a single drop of lightweight lubricant to the pivot points and contact surfaces—more is not better, as excess oil attracts grime. Regularly inspect the return spring for signs of metal fatigue or sagging, as this part sees the most stress. For competitive shooters, pay extra attention to the trigger reset speed; a sluggish reset often indicates worn sear surfaces or binding from residue buildup. Avoid using heavy grease, which can slow things down in cold weather. Every few range trips, a quick sonic clean of the trigger group will remove hidden contaminants without wearing down the high-precision fit. Proper care ensures your fast cycling performance stays reliable shot after shot.

Cleaning intervals and recommended lubricants

Keeping a high-speed trigger running smoothly is like caring for a precision watch. High-speed trigger maintenance hinges on a ruthless clean-and-lubricate routine. After every heavy session, I wipe down the friction points with a dry cloth to prevent dust from grinding into the polished surfaces. A single drop of lightweight oil on the pivot pin keeps the cycle crisp, not sticky. I also check the return spring tension weekly—if it feels mushy, it’s time for a fresh one. This small effort prevents the dreaded “trigger drag” that can disrupt your flow. Without this care, even the best components become sluggish, costing you precious milliseconds when they matter most.

Troubleshooting reset failures or double fires

Keeping a high-speed trigger mechanism reliable begins with the rifleman’s rhythm, not the timer. Dust and carbon love these tight spaces, so lubrication for precision firearm triggers must be methodical. After every range session, I wipe each sear engagement surface with a solvent-dampened cloth, then add one micro-drop of nano-oil to the pivot points—any more invites gunk. Every third month, I disassemble the assembly in a clean tray, inspecting the hammer hooks and disconnector for wear edges. A fresh, flat spring often restores a crisp break when creep sneaks in. After reassembly and a function check, I store the rifle muzzle-down to drain excess oil. A trigger that whispers “safe” every time never fails when you need it most.

When to replace springs and internal parts

Keep high-speed trigger components firing with precision by adhering to a strict lubrication protocol. Optimizing trigger pull weight requires testing with a reliable gauge after every 500 rounds to catch spring fatigue early. Dirt is the enemy; clean sear engagement surfaces with a solvent-soaked lint-free cloth, never dry-firing without a snap cap to protect the hammer. For adjustable units, regularly check screw torque with a micro driver to prevent shifts. Apply these high-tempo habits:

• Ultrasonic clean removable parts quarterly
• Inspect disconnector and sear for burrs under magnification
• Replace reset springs at cycle intervals

Real User Experiences with FRT Systems

From airports to smartphones, real-world feedback on Facial Recognition Technology (FRT) paints a vivid, polarized picture. At border control, travelers frequently report seamless, touchless boarding, slashing wait times dramatically. One frequent flyer noted, *

I went from scanning my passport to my gate in under a minute—it felt like magic, but I still worry about my data.

* Conversely, retail implementations have sparked mixed reactions; some users appreciate frictionless payments, while others feel unnerved by the invisible surveillance. User experiences with real-world FRT often hinge on transparency and control. In stadiums, attendees accept scans for security but express sharp distrust if the system isn’t clearly opt-out. Meanwhile, law enforcement deployments have generated the most intense backlash, with false positives disproportionately affecting minorities. Ultimately, real-world FRT deployments succeed when speed and convenience outweigh privacy anxieties, but fail when users feel coerced or judged by an unblinking algorithm.

Range performance reviews from competitive shooters

Real-world implementations of Facial Recognition Technology (FRT) have delivered tangible improvements in both security and convenience for users. From speeding airport boarding to reducing in-store theft, businesses and public agencies report that modern FRT systems cut verification times by over 70% compared to manual ID checks. A leading British retailer noted a 35% drop in shoplifting incidents after deploying FRT at entrances, while several US airports have slashed passenger wait times by 15 minutes per queue. These systems reduce human error in high-traffic environments, offering consistent, unbiased authentication. However, user feedback highlights two critical factors for success:

• Accuracy under varied lighting – systems must perform reliably in dim or bright conditions.
• Opt-in transparency – clear signage and data policies directly increase user trust and adoption rates.

Users also report that deep-learning FRT models now function effectively even with masks or partial face coverage, addressing a key past complaint.

Q: Are FRT systems truly accurate for diverse skin tones?
A: Independent audits of 2024 models show >99% accuracy across all phenotypes, with error rates cut by 80% since 2020 due to more inclusive training data.

Comparison to standard mil-spec and aftermarket triggers

Real user experiences with facial recognition technology vary widely, painting a complex picture of modern convenience and deep-seated unease. Frequent travelers often praise frictionless airport boarding, while smartphone users detail the seamless unlock of devices in dim lighting. However, controversial facial recognition systems spark recurring complaints about false positives at retail entrances, leading to awkward confrontations. Key feedback from case studies highlights:

• Security guards: Report reduced time verifying IDs against databases.
• Event attendees: Note faster entry but worry about “creepy” passive surveillance.
• Privacy advocates: cite blurry masks and misidentification of minorities in real-world tests.

Ultimately, the technology earns loyalty where transparency and opt-out policies exist, but breeds skepticism when used without clear signage or data retention limits.

Customer feedback on reliability and customer support

Real users engaging with facial recognition technology report a mix of seamless convenience and jarring frustration. Many customers praise how biometric authentication for online banking cuts login time to seconds, eliminating forgotten passwords. Yet, shop floor employees often note system failures: misreading faces in dim lighting or flagging false positives with diverse skin tones. Passengers at busy airports frequently experience both extremes—smooth boarding flows versus terse error messages when cameras can’t reconcile a mask or angle shift. Retailers see reduced queue but also cringe at privacy complaints when scanning unsuspecting shoppers. These clashing real-world stories reveal a tool that can dazzle or derail, depending entirely on implementation and context.

Frequently Asked Questions About Rapid-Reset Triggers

Frequently Asked Questions About Rapid-Reset Triggers often center on legality, functionality, and installation. A common query is whether these triggers are legal for competition or duty use, as their design allows for faster follow-up shots by reducing trigger travel and reset distance. Many users ask about compatibility with specific firearm models, as most rapid-reset systems are drop-in units but may require minor fitting. Another frequent question involves reliability and safety; these triggers typically maintain a factory-stated trigger pull weight, but they eliminate the physical reset click, which can disorient some shooters. Concerns about the “pre-travel” adjustment and its impact on trigger pull consistency are also prevalent, as improper setup can affect shot accuracy. Finally, users often inquire about rapid-reset trigger installation difficulty, with most systems designed for simple, DIY installation without needing a gunsmith.

Can you legally use a forced reset trigger for hunting?

Many shooters question the legality of rapid-reset triggers, but current federal rulings generally classify them as non-machinegun devices, provided no internal modifications to the fire-control group exist. Users frequently ask about installation complexity—most drop-in units require only basic disassembly and no permanent alterations. Concerns about reliability are addressed by designs from top-tier manufacturers, which maintain positive primer strikes and function across various ammo types. Durability is another common query; quality triggers endure tens of thousands of cycles without reset failure. For compatibility, check your platform’s bolt carrier weight, as lightweight carriers may cause cycling issues. Finally, dry-fire practice is safe and recommended to master the short-reset technique before live use.

Does the trigger require a specialized bolt carrier group?

Rapid-reset triggers generate frequent inquiries regarding their legal status, installation, and safety. The most common question concerns legality, as these devices are restricted or prohibited in many competitive shooting sports due to the advantage they provide. Legal compliance for rapid-reset triggers varies by jurisdiction and competition rules. Users also ask about durability, with modern units typically boasting over 50,000 cycles without failure. Installation difficulty is another key topic; while some designs require a professional gunsmith fit, many drop-in models are user-friendly for those with basic firearm knowledge. Regarding safety, experts confirm these triggers do not convert a firearm to full-auto—a reset occurs only if the shooter maintains rearward pressure. Troubleshooting focus on light primer strikes, often resolved by adjusting the trigger spring tension or switching to a lighter hammer spring.

How does the trigger affect weapon accuracy on rapid fire?

Rapid-reset triggers, often used in competitive shooting, generate frequent inquiries about legality and performance. A common question is whether they are legal for all firearms, which depends on local laws and competition rules. Another frequent concern involves reliability, as users ask if the mechanism might cause accidental discharge or malfunction under stress. The installation process also raises questions, as some triggers require professional fitting. A critical aspect is their effect on trigger pull weight, which is typically reduced. Compatibility with specific firearm models must always be verified before purchase.

Rapid-reset triggers do not inherently increase a firearm’s rate of fire, but they enable faster follow-up shots by reducing the trigger’s travel distance.

To clarify common concerns:

• Safety: Modern designs include internal safeties to prevent unintentional firing.
• Maintenance: These triggers often require more frequent cleaning than standard ones.
• Competition Use: Many shooting organizations ban them for specific divisions.