OEM vs Aftermarket Brake Pads for Honda Click 160: Which Should You Choose?

Quick Answer: OEM or Aftermarket for Your Click 160?

When maintaining your Honda Click 160, choosing between Original Equipment Manufacturer (OEM) and aftermarket brake pads comes down to your riding conditions, budget, and performance expectations. OEM brake pads are the default recommendation for most riders because they guarantee perfect fitment, predictable stopping power, and factory-tested durability right out of the box. Because your braking system is the most critical safety component on your scooter, opting for OEM parts eliminates the guesswork and potential safety risks associated with unverified third-party alternatives.

However, high-quality aftermarket brake pads serve as a highly viable alternative if you are looking for specific material upgrades—such as sintered metal pads for better wet-weather performance—or if you need a cost-effective option for a routine maintenance rebuild. The key to choosing aftermarket pads lies in verifying the exact compatibility with your specific Click 160 variant, as the braking components differ between the Anti-lock Braking System (ABS) and Combi Brake System (CBS) models. Regardless of the brand you select, prioritizing verified fitment, material quality, and proper installation is non-negotiable to ensure your safety on the road.

OEM vs. Aftermarket Brake Pads: Finding the Right Break Pad for Honda Click 160

To make an informed decision, it is essential to understand what sets these two categories apart. OEM brake pads are manufactured either directly by Honda or by their contracted tier-one suppliers (such as Nissin) to meet the exact engineering specifications of the Click 160. Honda designs these pads to operate within a highly specific performance envelope, balancing initial bite, heat dissipation, service life, and rotor wear. When you buy an OEM pad, you are purchasing a product that has undergone rigorous testing to ensure it performs consistently under the exact weight, speed, and hydraulic pressure parameters of your scooter.

On the other hand, aftermarket brake pads are produced by third-party manufacturers and represent a broad spectrum of quality and performance levels. The aftermarket is not a single, uniform tier; it ranges from premium, globally recognized brands like Bendix, EBC, and Elig, down to budget-friendly, unbranded alternatives. Premium aftermarket brands often utilize advanced friction formulations, such as ceramic or sintered copper alloys, which can offer specialized advantages over the factory-installed pads. Conversely, low-end aftermarket options may prioritize low production costs, sometimes sacrificing backing plate rigidity, adhesive bonding strength, or friction consistency.

The primary differentiator between these options lies in the friction material formulation and the strictness of quality control. OEM pads generally utilize a balanced organic or semi-metallic compound optimized for quiet operation and minimal wear on the brake rotor. Aftermarket manufacturers, however, can tailor their compounds to target specific rider preferences. For example, some riders want a highly aggressive initial bite for spirited riding, while others require a highly durable compound that can withstand the abrasive conditions of daily commuting in dusty, water-logged environments. Understanding these material differences is the first step in finding the right break pad for honda click 160.

How to Compare Brake Pads for the Honda Click 160

Evaluating the right brake pad for your Honda Click 160 requires looking closely at several performance dimensions. Because your daily ride likely involves a mix of congested city streets, open highways, and unpredictable weather, you must weigh how different friction compounds behave under various riding scenarios.

Stopping Power and Initial Bite

Stopping power is not just about how quickly you can bring the scooter to a complete halt; it is also about how the brakes feel when you first pull the lever. OEM brake pads are engineered to provide a progressive, linear feel. When you apply pressure to the brake lever, the braking force increases predictably, which is highly beneficial for smooth modulation in stop-and-go traffic. This predictable behavior prevents the brakes from feeling overly grabby, reducing the likelihood of accidental wheel lockup on loose gravel or slippery asphalt.

In contrast, certain high-performance aftermarket pads, particularly those using sintered metal or high-friction semi-metallic compounds, offer a much stronger initial bite. This means that as soon as the pad makes contact with the rotor, you feel a sharp deceleration. While some riders prefer this immediate response for aggressive riding, it can make the brakes feel touchy or difficult to modulate in slow-moving traffic. Additionally, some performance compounds require a brief warm-up period to reach their optimal operating temperature, meaning they may feel slightly less responsive during the first few stops of a cold morning.

Durability and Rotor Wear

Every braking system operates on a fundamental trade-off: the friction that slows your vehicle also gradually consumes the brake pad and the brake rotor. Softer organic compounds, which are common in many budget aftermarket pads and some OEM rear drum shoes, offer a very smooth, quiet stop and are incredibly gentle on the brake rotor. However, these softer pads wear down relatively quickly, requiring more frequent replacements, especially if you regularly carry heavy loads or ride in hilly terrain.

Harder compounds, such as sintered bronze or heavy semi-metallic formulations found in premium aftermarket lines, offer exceptional durability. These pads can withstand extreme heat without breaking down, making them highly resistant to brake fade during long descents. The trade-off is that these harder metallic particles act as an abrasive against your brake rotor. Over time, using highly aggressive aftermarket pads can accelerate rotor wear, leading to deep grooves or thinning that requires you to replace the rotor sooner. Given that a replacement brake rotor for a Honda Click 160 can range from ₱1,500 to over ₱4,000, while brake pads typically cost between ₱300 and ₱1,200, preserving your rotor is a significant financial consideration.

Noise, Dust, and Wet Weather Performance

Daily commuting in the Philippines exposes your scooter to harsh environmental factors, from intense summer heat to sudden torrential downpours during the monsoon season. Wet weather performance is a critical safety consideration for any Click 160 rider. When water gets between the brake pad and the rotor, it acts as a lubricant, temporarily reducing friction and causing a delayed braking response. Sintered aftermarket pads excel in these conditions because their metallic composition does not absorb moisture, and they often feature specialized drainage grooves that quickly sweep water away from the contact patch.

Noise and dust are also directly tied to your choice of friction material. Softer organic and ceramic pads tend to produce very little dust and operate almost silently, making them ideal for riders who value a clean, quiet ride. Harder semi-metallic or sintered pads are more prone to brake squeal, particularly when moisture or fine road dust gets trapped between the pad and the caliper. While brake squeal does not necessarily indicate a mechanical failure, the persistent high-pitched noise can be highly irritating during daily commutes.

Critical Safety and Compatibility Checks

Before purchasing any brake components, you must perform several critical safety and compatibility checks. Because your safety depends entirely on your vehicle’s ability to stop, there is absolutely no room for error when selecting or installing brake pads.

Verify Exact Fitment

The Honda Click 160 has been produced in different variants, most notably the Combi Brake System (CBS) and the Anti-lock Braking System (ABS) models. These variants do not share the same front brake caliper design. The ABS model utilizes a specific single-piston or dual-piston caliper configuration that requires a distinct brake pad shape, while the CBS model uses a different caliper setup to facilitate the linked braking mechanism. Never assume that a brake pad labeled generally for “Honda Click” or even “Click 160” will fit your specific scooter. Always check your owner’s manual, consult an authorized dealer, or cross-reference the exact OEM part numbers before making a purchase.

Inspect the Rotor

Installing brand-new brake pads onto a worn, warped, or damaged rotor is a common mistake that compromises your safety and ruins your new pads. Before fitting new pads, visually inspect the brake rotor for deep circular grooves, scoring, or a lip forming at the outer edge. Use a micrometer or caliper to measure the rotor’s thickness and compare it to the minimum thickness specification stamped directly on the rotor face. If the rotor is below this limit, or if you feel a distinct pulsing in the brake lever indicating a warped rotor, you must replace the rotor alongside the brake pads.

Bed-in Procedure

To achieve maximum stopping power and prevent premature wear, new brake pads must be properly bedded in. This process involves transferring an even layer of friction material from the new pad onto the surface of the brake rotor. To bed in your new brakes, find a safe, flat stretch of road with no traffic. Accelerate to approximately 40 km/h, then apply the brakes firmly but smoothly to slow down to about 10 km/h—do not bring the scooter to a complete stop, as this can cause uneven material transfer. Repeat this process 10 to 15 times, allowing the brakes to cool slightly between runs, to establish a strong, consistent friction interface.

Professional Installation

Working on your scooter’s braking system requires a high level of mechanical competence and the correct tools. If you plan to perform a do-it-yourself installation, you must strictly follow the step-by-step instructions provided in the official Honda Click 160 service manual, paying close attention to torque specifications for the caliper mounting bolts and slide pins. If you do not possess a torque wrench, brake cleaner, and the necessary technical experience, you should have the pads installed by a qualified professional mechanic at an authorized service center. If you encounter conflicting instructions between the aftermarket pad documentation and your scooter’s service manual, stop immediately and consult the manufacturer or a certified professional mechanic. Incorrectly installed pads can lead to caliper binding, fluid leaks, or catastrophic brake failure.

Decision Framework: Choosing the Right Pad for Your Ride

To help you finalize your decision, use this straightforward framework to match your riding style, budget, and maintenance habits with the right brake pad option.

Choose OEM if:

• You prioritize absolute safety, guaranteed compatibility, and a hassle-free purchasing experience without having to research part numbers.
• Your daily ride consists of standard city commuting where progressive, predictable braking feel is preferred over aggressive initial bite.
• You want to maximize the lifespan of your factory brake rotor and prefer quiet, dust-free operation.
• You want to maintain your scooter strictly within factory specifications to preserve any active dealer warranties.

Choose Aftermarket if:

• You are an experienced rider looking for a specific performance upgrade, such as sintered pads that offer superior bite and water-shedding capabilities for wet-season riding.
• You are performing a budget-conscious rebuild and want to save money by purchasing a high-quality, reputable aftermarket brand like Bendix or Elig.
• You are willing to regularly inspect your brake rotor for accelerated wear and do not mind potential increases in brake dust or minor brake squeal.
• You have independently verified the exact part compatibility for your specific Click 160 ABS or CBS model year.

Verify first if:

• You notice any pulsing in your brake lever, squealing sounds, or a visible lip on the edge of your brake rotor, which indicates the rotor itself may need replacement.
• Your Click 160 has any aftermarket modifications, such as upgraded calipers or oversized rotors, which will completely change your brake pad requirements.
• You are unsure whether your scooter is a CBS or ABS model, as purchasing the wrong pad shape will prevent successful installation.

Frequently Asked Questions (FAQ)

How often should I replace the brake pads on my Honda Click 160?

There is no fixed mileage interval for replacing your brake pads, as wear rates depend heavily on your riding style, passenger weight, and typical road conditions. Instead of relying on a mileage target, you should visually inspect the thickness of your brake pads every 2,000 to 3,000 kilometers, or during every routine oil change. Most brake pads feature a built-in wear indicator groove; once the friction material has worn down close to the bottom of this groove (typically around 1.5mm to 2mm of remaining material), the pads must be replaced immediately to prevent metal-on-metal contact with the rotor.

Can I use Click 150 brake pads on a Click 160?

You should not assume that brake pads designed for the Honda Click 150 are compatible with the Click 160. Because the Click 160 features an updated chassis, a redesigned braking system, and distinct caliper configurations for its ABS and CBS variants, the physical dimensions, mounting tabs, and thickness of the pads often differ from previous generations. Attempting to force incompatible pads into your caliper can cause the pads to bind, reduce your stopping power dramatically, or cause severe damage to the caliper pistons and rotor. Always verify the exact model year and system type (ABS or CBS) when purchasing replacement pads.