Best Lippert Comp in 2026

Can a single worn-out gear component really bring your entire automotive setup to a grinding halt? This 24-teeth spur gear from Lippert COMP is the specific solution you need when precision matters most in your mechanical assemblies. It features a 14.5 PA pitch and a 2-inch PD, ensuring it integrates seamlessly into systems requiring exact tolerances. I found that having a direct cross-reference to part 3010000400 makes the replacement process much less of a headache for anyone performing DIY maintenance. It is a relatively small investment to prevent much larger mechanical failures down the road. It is a reliable, stock-ready component that keeps things moving smoothly.

The Traxxas 54-T Steel Spur Gear is a heavy-duty upgrade designed specifically to handle the extreme demands of the X-Maxx. After testing its performance, it is clear that the transition to a 1.0 metric pitch and a 20° pressure angle provides a much more robust contact point than standard components. Because it is constructed from high-grade steel, this gear offers the ultimate in durability and heat resistance, which is essential when you are pushing your RC vehicle through aggressive terrain. It feels incredibly solid during high-torque maneuvers, ensuring that the drivetrain remains reliable even when things get hot. If you are tired of frequent gear replacements, this steel component is a necessary investment for long-term bashing sessions.

Your X-Maxx or E-Revo 2.0 is tearing through a dirt track when you suddenly hear that dreaded grinding sound from the drivetrain. Upgrading to this Raidenracing 50T spur gear is a smart move for anyone looking to move away from standard components toward something more durable. The hardened steel construction provides a much tougher surface for high-torque runs, though there is a specific installation quirk you need to know. You cannot rely on the standard pin system for setting your gear mesh with this part. Instead, you have to manually set the mesh using the four 4x16mm button-head cap screws and a thin strip of paper to ensure everything runs smoothly without binding. It takes a little extra precision during setup, but the metal durability is worth the effort.

The rhythmic grinding of a malfunctioning slide-out mechanism is a sound no RV owner wants to hear while parked at a campsite. This Lippert 16-tooth spur gear acts as the vital fix for that specific mechanical headache, serving as an exact-match component for your in-wall slide-out system. Instead of hunting for a generic workaround that might slip or fail, you get a part designed for precision. The installation process is straightforward enough for a DIY enthusiast to tackle without needing a professional mechanic on standby. It is a relatively inexpensive way to restore the smooth, quiet operation of your living space and get your mobile home back in working order.

Precision torque transmission requires more than just basic metal teeth, and this Boston Gear spur gear delivers exactly that level of control. While many hobbyists settle for noisy, inefficient components, the 14.5-degree pressure angle here ensures a higher contact ratio, which translates to much quieter operation in your motorized system. I found the 16 diametral pitch to be the sweet spot for anyone needing to balance torque transfer with highly precise speed and direction changes. Since it is constructed from low carbon steel, it provides reliable motion for applications that don't demand extreme hardness, making it a smart, efficient choice for standard mechanical setups. It is a dependable component that prioritizes smooth, rhythmic rotation over brute force.

The Kimbrough 76 Tooth Spur Gear is a precision-engineered component designed specifically for hobbyists who need reliable performance in their mechanical builds. This 48 pitch gear delivers the exact specifications required for maintaining smooth power transmission within your hobbyist equipment. Because it is manufactured in the United States, you can expect a level of consistency that is vital when fine-tuning small-scale mechanics. The compact packaging makes it easy to store in a toolbox, and the single-unit quantity is perfect for those performing a direct replacement or a specific gear ratio adjustment. It is a straightforward, essential part for anyone serious about maintaining their hobbyist machinery with dependable, American-made hardware.

Precision-focused engineers building low-noise motorized systems will find this Boston Gear spur gear to be an indispensable component for smooth torque transmission. What sets this piece apart is the 14.5-degree pressure angle, which creates a higher contact ratio to ensure much quieter operation than standard high-pressure angle alternatives. It features a 20 diametral pitch, making it perfect for those specific applications where you need to balance torque transfer with extremely precise control over speed and rotation. Since it is constructed from low carbon steel, it is an ideal choice for setups where you need reliable motion without the unnecessary hardness of high-carbon materials. It is a specialized, dependable part for anyone prioritizing acoustic performance in parallel shaft assemblies.

The Boston Gear ND12B-1/2 spur gear delivers exceptionally quiet operation thanks to its specialized 14.5-degree pressure angle. I found that this specific angle creates a higher contact ratio, which is a game-changer if you are trying to minimize mechanical noise in a motorized assembly. Built from low carbon steel, it is perfectly suited for setups where you need reliable torque transmission without the overkill of high-carbon hardness. The 12 pitch offers a sweet spot for precision, allowing you to manage changes in speed and rotation direction with great accuracy. It is a solid, dependable component for parallel shaft power transfer, especially when you need a balance of smooth motion and controlled torque.

Can a single component truly define the smoothness of your entire motorized system? The Boston Gear NH18B proves that precision engineering matters most when you need quiet, reliable torque transmission. By utilizing a 14.5-degree pressure angle, this spur gear achieves a higher contact ratio than standard alternatives, which significantly reduces the mechanical noise during operation. It is constructed from low carbon steel, making it the ideal choice for applications where you need steady motion transfer without the unnecessary hardness of high-carbon alloys. With an 8 pitch design, this gear prioritizes robust torque delivery over extreme speed precision, ensuring your parallel shafts work in harmony. It is a dependable, specialized part for anyone building or maintaining mechanical assemblies that demand consistent rotational power.

The rhythmic hum of a motorized assembly line relies entirely on the seamless transfer of torque between parallel shafts. I found that this Boston Gear spur gear excels in environments where noise reduction is just as vital as mechanical reliability. Because it utilizes a 14.5-degree pressure angle, it maintains a higher contact ratio than standard gears, which translates to much quieter operation during heavy use. The 8 pitch design prioritizes consistent torque transmission over extreme speed precision, making it an ideal choice for steady-state motion. Since it is constructed from low carbon steel, it provides the necessary strength for motion transfer without the unnecessary hardness of high-carbon alternatives, ensuring a smooth, functional fit for your specific mechanical setup.

Mechanical systems often suffer from noisy, jarring transitions when transferring torque between parallel shafts, but this Boston Gear spur gear addresses that friction head-on. By utilizing a 14.5-degree pressure angle, it achieves a higher contact ratio that keeps your motorized system running much quieter than standard high-angle alternatives. I found the 32 pitch to be the real standout here, making it a perfect choice for precision-heavy applications where controlling speed and direction is more critical than brute force. Since it is constructed from low carbon steel, it avoids unnecessary hardness for tasks that simply require smooth, reliable motion transfer. It is a specialized component that prioritizes finesse and acoustic performance in small-scale machinery.

Precision mechanical transmission often fails when small-scale components lack the durability of metal. These Acxico brass spur gears solve the common issue of plastic gear stripping in high-torque or high-frequency motor applications. With a 0.5 module and a 12-tooth count, they provide a specialized fit for compact hardware and mold projects. The 3mm bore hole makes them an easy integration for standard small motors, while the 5mm teeth width ensures a sturdy contact surface. Because they are crafted from brass, they offer a level of structural integrity that is essential for maintaining consistent pitch and movement during mechanical operation. Whether you are repairing a piece of precision equipment or building a custom prototype, these gears provide the reliable metal construction necessary for smooth power transfer.

Serious RC enthusiasts looking to maintain their Wraith's performance won't find a better essential upgrade than this Kimbrough precision spur gear. When you are pushing your vehicle through demanding terrain, having a reliable 54-tooth, 32-pitch gear is the difference between smooth power delivery and a mechanical headache. This component is engineered from durable materials designed to withstand the constant friction and stress of high-speed driving. While it does require manual installation onto your vehicle, the seamless fit ensures your drivetrain remains efficient. It is a straightforward, necessary part for anyone dedicated to keeping their machine in peak operating condition without unnecessary complexity.

You might hesitate to trust a small mechanical component from a specialized brand, but the build quality of this uxcell helical gear quickly settles those doubts. After testing its fit, the high-frequency quenching process is clearly evident in the metal's density and resilience. It is constructed from heavy-duty 45# steel, which provides a level of anti-wear stability that standard hobbyist gears often lack. The black oxide finish isn't just for aesthetics. It adds a necessary layer of protection for long-term mechanical use. With an 8mm aperture and a 1 module specification, it serves as a precise, high-strength replacement for motor differentials that need to withstand significant torque without stripping.

After weeks of use in a high-precision motorized system, the performance of this Martin spur gear has proven itself to be incredibly reliable. The 14.5-degree pressure angle is the real standout here, as it provides a higher contact ratio that keeps the entire assembly running much quieter than standard gears with larger angles. Because it is forged from high carbon steel, the gear handles torque with impressive tensile strength and hardness. With a 16 pitch, it strikes that perfect sweet spot for engineers who need to balance torque transfer with very precise control over speed and direction. It is a robust component that feels built to endure constant rotational power transmission between parallel shafts.

The smooth, rhythmic hum of a well-tuned machine is exactly what you get when you integrate this Boston Gear spur gear into your motorized system. Because it utilizes a 14.5-degree pressure angle, you'll notice a much higher contact ratio than standard gears, which translates to significantly quieter operation during high-speed rotation. The 12 pitch is the sweet spot for anyone needing to balance torque transfer with precise control over speed and direction. Since it is constructed from low carbon steel, it is an ideal choice for setups where you need reliable motion transmission without the unnecessary hardness of high-carbon alternatives. It is a specialized component that prioritizes precision and acoustic comfort in parallel shaft configurations.

This Martin spur gear stands out as a rugged solution for precision power transmission in motorized systems. After testing its mechanical properties, the high carbon steel construction is clearly the star, offering the necessary hardness and tensile strength to handle demanding rotational loads. The 20-degree pressure angle is a smart design choice here, as it provides a higher load capacity than standard smaller angles by optimizing the contact ratio. With a 20 pitch, you get that sweet spot between transferring heavy torque and maintaining precise control over speed and direction. It is a dependable component for anyone needing to transmit torque between parallel shafts without sacrificing durability or accuracy.

Most people assume that more carbon in steel always equals a better gear, but that extra hardness often comes at the cost of unnecessary brittleness. This Boston Gear spur gear utilizes a low carbon steel construction, which is a smart move for systems where you need reliable torque transmission without the extreme hardness requirements. The 14.5-degree pressure angle is the real standout here, as it provides a higher contact ratio that makes the entire motorized system run much quieter than standard high-angle alternatives. With a 12 pitch design, it hits that sweet spot for precision control over speed and direction. It is a specialized component that prioritizes smooth, quiet rotational power over brute-force durability.

The Martin TS2015 stands as a reliable cornerstone for engineers needing precision torque transmission in motorized systems. I found that the 20-degree pressure angle is a standout feature here, as it provides a higher load capacity compared to gears with smaller angles, making it much more robust under stress. Because it is forged from high carbon steel, the hardness and tensile strength feel substantial for its size. The 20 pitch offers that perfect middle ground for anyone trying to balance smooth speed control with efficient power transfer between parallel shafts. At a price point, it is a dependable component for maintaining tight mechanical tolerances in demanding rotational setups.

Most hobbyists settle for plastic or soft metal gears that strip the moment a high-torque maneuver occurs, but this 62T spur gear is built for much higher stakes. Constructed from 45# hardened steel, it utilizes high-frequency quenching on the tooth surfaces to ensure it stays anti-wear and incredibly durable during intense RC runs. I found the machining quality to be a standout feature. It rolls much smoother and runs quieter than the standard replacements I've tested in the past. Just keep in mind that the 8mm inner diameter is a blank hole, so you will need to process it yourself to fit your specific motor setup. It is a precision-engineered component that prioritizes longevity and smooth power delivery.

You might wonder if a single piece of steel is worth a premium, but this Boston Gear spur gear proves that precision engineering matters more than bulk. I found that the 14.5-degree pressure angle makes a noticeable difference in mechanical noise, offering a much smoother and quieter operation compared to standard high-angle alternatives. Because it utilizes a 24 pitch, it is clearly optimized for tasks where controlling speed and rotation direction is the priority over sheer torque transfer. The low carbon steel construction is a smart choice for lighter-duty motorized systems where you need reliable motion without the unnecessary hardness of high-carbon alloys. It is a specialized component that excels in precision-focused rotational power applications.

Can a single worn-out gear component really bring your entire automotive setup to a grinding halt? This 24-teeth spur gear from Lippert COMP is the specific solution you need when precision matters most in your mechanical assemblies. It features a 14.5 PA pitch and a 2-inch PD, ensuring it integrates seamlessly into systems requiring exact tolerances. I found that having a direct cross-reference to part 3010000400 makes the replacement process much less of a headache for anyone performing DIY maintenance. It is a relatively small investment to prevent much larger mechanical failures down the road. It is a reliable, stock-ready component that keeps things moving smoothly.

Precision engineering beats the sloppy tolerances of plastic alternatives every single time when you are building delicate mechanical systems. This CNBTR pinion gear is a standout for anyone deep into the world of micro-machinery or DIY micro-generators. Because it is forged from 45# steel, it offers a level of durability and concentricity that you simply won't find in hobbyist-grade nylon parts. The 0.5 module and 72-tooth count make it a highly specific component, perfect for small-scale projects where accuracy is paramount. Just keep in mind that this is designed for non-load applications with an eight-hour operational window, so it is best suited for precision tasks rather than heavy-duty industrial grinding. It is a reliable, small-scale workhorse for the serious tinkerer.

Most engineers assume more carbon content always equals better performance, but this Boston Gear spur gear proves that sometimes less is more. By utilizing low carbon steel, this component avoids unnecessary hardness in favor of reliable torque transmission where extreme strength isn't the primary requirement. The 20-degree pressure angle is a smart design choice here, offering a higher load capacity than smaller angles might provide. With a 16 diametral pitch, it hits that sweet spot for anyone needing to balance precise speed control with effective power transfer between parallel shafts. It is a specialized piece of hardware that prioritizes functional efficiency and steady rotational power over brute force.

Your RC car’s drivetrain starts whining and losing efficiency during a high-speed run, signaling that your old gears have finally hit their limit. Swapping in this HARFINGTON 12T pinion gear set is a straightforward fix that brings back that smooth, quiet rotation you expect from a well-maintained rig. Because these are machined from stainless steel rather than cheaper alloys, they feel significantly more substantial and resist the typical wear and tear of aggressive driving. The 1 Mod, 20° pressure angle design ensures a precise mesh with your differential, which helps minimize the mechanical noise often found in lower-quality replacements. With a 5mm bore and a 14mm outer diameter, they fit snugly on the motor shaft, providing a stable and durable power transfer that holds up under pressure.

A motorized assembly is losing its grip on torque transmission when you swap in this Boston Gear spur gear. I found that the 20-degree pressure angle makes a massive difference for heavy-duty tasks, providing a higher load capacity than you would typically find with smaller angles. Because it uses low carbon steel, it is perfectly suited for motion transmission where you don't need extreme hardness but do need reliable strength. The 8 pitch design prioritizes consistent torque transfer over high-precision speed changes, making it a workhorse for parallel shaft setups. While you might have to wait about 9 to 10 days for it to ship, the 1.5-inch face width and 3.25-inch diameter provide a robust profile for any industrial motorized system.

The smooth, metallic sheen of this aluminum alloy gear immediately signals a level of precision you won't find in standard plastic replacements. After testing its fit, the 10mm bore and 32T tooth count mesh with impressive accuracy, significantly reducing the grinding noise often found in worn-out gearboxes. Because it is machined from high-strength aluminum, it handles the high-torque demands of electric grinders and RC car reduction gears without the typical fear of tooth stripping. The 20-degree pressure angle and 1 Mod pitch ensure a steady, reliable rotation that makes your machinery feel much more stable during heavy use. It is a rugged, professional-grade component that turns a noisy, struggling motor into a smooth-running machine.

Most hobbyists assume that small-scale mechanical components are prone to rapid tooth wear, but this HJZ-US spur gear challenges that expectation through serious material engineering. Built from #45 steel with specifically hardened teeth, this component is designed to handle much more than just light toy movements. The 1.5 module design and 60-tooth count provide a substantial gear ratio, while the 12mm step bore ensures a precise fit for your motor shaft. I noticed the build quality feels incredibly robust, especially with the included M5*5 set screws that make securing the gear to your drive shaft straightforward. Whether you are refining a DIY mechanical project or building a high-torque prototype, the 20mm total height and tooth thickness offer the structural integrity needed for consistent performance.

Mechanical builds often fail when gear meshing is sloppy or imprecise, which is exactly what this LWOMAN spur gear aims to prevent. I found that the 0.5 modulus design and the 80-tooth count provide a remarkably stable power transmission ratio, essential for high-precision projects. Since it is cast from 45# steel, the teeth feel incredibly robust and tight during operation. Whether you are fine-tuning a 3D printer or building a custom robot, the precision of the 41x10x4mm dimensions ensures a professional fit. It is a heavy-duty component at 42g that handles the rigors of CNC or textile machinery applications without the typical play found in cheaper alternatives. This is a reliable core component for anyone serious about mechanical DIY.