NGK Iridium IX Spark Plug - BPR6HIX

SKU: NGK-BPR6HIX

NGK

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Product details

Part Name Spark Plug
Brand NGK
Part Number BPR6HIX
UPC 00087295140857

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Fitment is guaranteed:

If your vehicle is listed on the fitment table below, the product will fit your car - we guarantee it. All you need to do is to ensure that the vehicle's Year, Make, Model, Trim, and any other notes specified inside the fitment table are respected.

Included warranty:

For warranty coverage information, please see our Warranty Policy.

Warranty starts from the date of delivery.
Proof of purchase required for all claims.
Covers manufacturing defects only.
Does not cover normal wear & tear.
Does not cover cosmetic damage or rust damage.

To initiate a claim, simply send an email to support@partspioneer.ca. For more information, read our Warranty Policy.

Choose NGK because:

NGK Iridium IX spark plugs are specifically designed for the performance enthusiast. Iridium IX provides outstanding acceleration, high fuel efficiency and durability. NGK Iridium IX plugs offer extreme ignitability and exceptional anti-fouling. Tapered cut ground electrode provides improved starting, idling and throttle response. The Iridium fine wire center electrode's durability is six times harder than platinum. Iridium alloy's extremely high melting point is perfect for today's engines. For even greater performance consider upgrading to an NGK Ruthenium HX plug.

Characteristics include:

RECOMMENDED USAGE: Modified or high performance applications, or as an upgrade to OE nickel alloy spark plugs
TAPERED CUT GROUND ELECTRODE: Reduced quenching design produces outstanding ignitability, improved acceleration, fuel efficiency and durability
TRIVALENT METAL PLATING: Delivers superior anti-corrosion and anti-seizing properties, ensuring ease of installation and removal
SOLID COPPER CORE: 98% pure copper core offers superior heat dissipation, conductivity and ultra wide heat ranges
SINGLE IRIDIUM TIP: Fine wire 0.6 millimeter iridium tip center electrode ensures high durability and a consistently stable spark
IRIDIUM ALLOY CENTER ELECTRODE: Iridium's density (6x that of platinum) and extremely high melting point is perfect for modern high efficiency engines

Customer Video Reviews

Watch genuine customer videos showing their upgrades and honest results of similar products

Fitment Table

This product is compatible with these vehicles:

Year	Make	Model	Notes
1993	Honda	SA50 Elite SR	49 cc engine Gap 0.028"
1992	Honda	SA50 Elite SR	49 cc engine Gap 0.028"
1990	Honda	SA50 Elite SR	49 cc engine Gap 0.028"
1990	Honda	SB50 Elite	49 cc engine Gap 0.028"
1989	Honda	SA50 Elite SR	49 cc engine Gap 0.028"
1989	Honda	SB50 Elite	49 cc engine Gap 0.028"
1988	Honda	SA50 Elite SR	49 cc engine Gap 0.028"
1988	Honda	SB50 Elite	49 cc engine Gap 0.028"
1987	Honda	NB50 Aero	49 cc engine Gap 0.028"
1987	Honda	NQ50 Spree	49 cc engine Gap 0.028"
1987	Honda	SE50 Elite S	49 cc engine Gap 0.028"
1987	Honda	SE50P Elite	49 cc engine Gap 0.028"
1986	Honda	NB50 Aero	49 cc engine Gap 0.028"
1986	Honda	NQ50 Spree	49 cc engine Gap 0.028"
1986	Honda	TG50M Gyro S	49 cc engine Gap 0.028"
1985	Honda	NB50 Aero	49 cc engine Gap 0.028"
1985	Honda	NH80 Aero	80 cc engine Gap 0.028"
1985	Honda	NQ50 Spree	49 cc engine Gap 0.028"
1985	Honda	TG50M Gyro S	49 cc engine Gap 0.028"
1984	Honda	NB50 Aero	49 cc engine Gap 0.028"
1984	Honda	NH125 Aero	123 cc engine Gap 0.028"
1984	Honda	NH80 Aero	80 cc engine Gap 0.028"
1984	Honda	NN50 Gyro	49 cc engine Gap 0.028"
1984	Honda	NQ50 Spree	49 cc engine Gap 0.028"
1983	Honda	NB50 Aero	49 cc engine Gap 0.028"
1983	Honda	NH80 Aero	80 cc engine Gap 0.028"
1983	Honda	PA50 II	49 cc engine Gap 0.028"
1982	Honda	PA50 II	49 cc engine Gap 0.028"
1980	Suzuki	OR50	49 cc engine Gap 0.028"
1979	Honda	PA50 I	49 cc engine Gap 0.028"
1979	Suzuki	OR50	49 cc engine Gap 0.028"
1978	Honda	PA50 I	49 cc engine Gap 0.028"
1978	Suzuki	RM50	49 cc engine Gap 0.028"
1977	Suzuki	A100	99 cc engine Gap 0.028"
1977	Suzuki	RV90	90 cc engine Gap 0.028"
1976	Suzuki	RV90	90 cc engine Gap 0.028"
1975	Suzuki	RV90	90 cc engine Gap 0.028"
1975	Volvo	164	3.0L Inline engine 6 cylinders 3.50" bore 3.15" stroke Gap 0.032"
1975	Volvo	242	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1975	Volvo	244	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1975	Volvo	245	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1974	Suzuki	RV90	90 cc engine Gap 0.028"
1974	Volvo	142	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1974	Volvo	144	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1974	Volvo	145	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1974	Volvo	164	3.0L Inline engine 6 cylinders 3.50" bore 3.15" stroke Gap 0.032"
1974	Volvo	164	3.0L Inline engine 6 cylinders Gap 0.032"
1973	Suzuki	RV90	90 cc engine Gap 0.028"
1973	Volvo	142	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1973	Volvo	144	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1973	Volvo	145	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1973	Volvo	164	3.0L Inline engine 6 cylinders 3.50" bore 3.15" stroke Gap 0.032"
1973	Volvo	164	3.0L Inline engine 6 cylinders Gap 0.032"
1973	Volvo	1800	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1972	Volvo	142	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1972	Volvo	144	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1972	Volvo	145	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1972	Volvo	164	3.0L Inline engine 6 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1972	Volvo	164	3.0L Inline engine 6 cylinders Gap 0.028"
1971	Volvo	142	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1971	Volvo	144	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1971	Volvo	145	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1971	Volvo	164	3.0L Inline engine 6 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1971	Volvo	164	3.0L Inline engine 6 cylinders Gap 0.028"
1970	Volvo	142	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1970	Volvo	144	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1970	Volvo	145	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1970	Volvo	164	3.0L Inline engine 6 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1970	Volvo	164	3.0L Inline engine 6 cylinders Gap 0.028"
1969	Volvo	142	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1969	Volvo	144	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1969	Volvo	145	2.0L Inline engine 4 cylinders 3.50" bore 3.15" stroke Gap 0.028"
1968	Saab	95	1.5L V engine 4 cylinders 1/2" Reach Gap 0.028"
1968	Saab	95	1.5L V engine 4 cylinders 3.54" bore 2.32" stroke 1/2" Reach Gap 0.028"
1968	Saab	96	1.5L V engine 4 cylinders 1/2" Reach Gap 0.028"
1968	Saab	96	1.5L V engine 4 cylinders 3.54" bore 2.32" stroke 1/2" Reach Gap 0.028"
1968	Volvo	1800	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1967	Saab	96	1.5L V engine 4 cylinders 3.54" bore 2.32" stroke 1/2" Reach Gap 0.028"
1967	Saab	Monte Carlo	1.5L V engine 4 cylinders 1/2" Reach Gap 0.028"
1967	Saab	Monte Carlo	1.5L V engine 4 cylinders 3.54" bore 2.32" stroke 1/2" Reach Gap 0.028"
1966	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1966	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders Gap 0.024"
1966	Volvo	122	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1965	Mercedes-Benz	190C	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1965	Mercedes-Benz	190C	1.9L Inline engine 4 cylinders Gap 0.024"
1965	Mercedes-Benz	220	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1965	Mercedes-Benz	220	2.2L Inline engine 6 cylinders Gap 0.024"
1965	Mercedes-Benz	220b	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1965	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1965	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders Gap 0.024"
1965	Mercedes-Benz	220Sb	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1965	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1965	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders Gap 0.024"
1965	Porsche	356C	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.025"
1965	Porsche	356SC	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.025"
1965	Volvo	122	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1965	Volvo	1800	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1965	Volvo	544	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1964	Mercedes-Benz	190C	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1964	Mercedes-Benz	190C	1.9L Inline engine 4 cylinders Gap 0.024"
1964	Mercedes-Benz	220	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1964	Mercedes-Benz	220	2.2L Inline engine 6 cylinders Gap 0.024"
1964	Mercedes-Benz	220b	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1964	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1964	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders Gap 0.024"
1964	Mercedes-Benz	220Sb	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1964	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1964	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders Gap 0.024"
1964	Porsche	356C	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1964	Porsche	356SC	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1964	Volvo	122	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1964	Volvo	1800	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1964	Volvo	544	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1963	Mercedes-Benz	180	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1963	Mercedes-Benz	190C	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1963	Mercedes-Benz	190C	1.9L Inline engine 4 cylinders Gap 0.024"
1963	Mercedes-Benz	190SL	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1963	Mercedes-Benz	190SL	1.9L Inline engine 4 cylinders Gap 0.024"
1963	Mercedes-Benz	220	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1963	Mercedes-Benz	220	2.2L Inline engine 6 cylinders Gap 0.024"
1963	Mercedes-Benz	220b	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1963	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1963	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders Gap 0.024"
1963	Mercedes-Benz	220Sb	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1963	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1963	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders Gap 0.024"
1963	Porsche	356B	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1963	Volvo	122	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1963	Volvo	1800	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1963	Volvo	544	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1962	Buick	Skylark	3.5L V engine 8 cylinders 3.50" bore 2.80" stroke Gap 0.035"
1962	Mercedes-Benz	190B	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1962	Mercedes-Benz	190B	1.9L Inline engine 4 cylinders Gap 0.024"
1962	Mercedes-Benz	190SL	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1962	Mercedes-Benz	190SL	1.9L Inline engine 4 cylinders Gap 0.024"
1962	Mercedes-Benz	220	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1962	Mercedes-Benz	220	2.2L Inline engine 6 cylinders Gap 0.024"
1962	Mercedes-Benz	220b	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1962	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1962	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders Gap 0.024"
1962	Mercedes-Benz	220Sb	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1962	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1962	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders Gap 0.024"
1962	Porsche	356B	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1962	Volvo	122	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1962	Volvo	1800	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1962	Volvo	544	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1961	Buick	Skylark	3.5L V engine 8 cylinders 3.50" bore 2.80" stroke Gap 0.035"
1961	Mercedes-Benz	190B	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1961	Mercedes-Benz	190B	1.9L Inline engine 4 cylinders Gap 0.024"
1961	Mercedes-Benz	190SL	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1961	Mercedes-Benz	190SL	1.9L Inline engine 4 cylinders Gap 0.024"
1961	Mercedes-Benz	220	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1961	Mercedes-Benz	220	2.2L Inline engine 6 cylinders Gap 0.024"
1961	Mercedes-Benz	220b	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1961	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1961	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders Gap 0.024"
1961	Mercedes-Benz	220Sb	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1961	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1961	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders Gap 0.024"
1961	Porsche	356B	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1961	Volvo	122	1.6L Inline engine 4 cylinders 3.13" bore 3.15" stroke Gap 0.028"
1961	Volvo	1800	1.8L Inline engine 4 cylinders 3.31" bore 3.15" stroke Gap 0.028"
1961	Volvo	544	1.6L Inline engine 4 cylinders 3.13" bore 3.15" stroke Gap 0.028"
1960	Mercedes-Benz	190B	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1960	Mercedes-Benz	190B	1.9L Inline engine 4 cylinders Gap 0.024"
1960	Mercedes-Benz	190SL	1.9L Inline engine 4 cylinders 3.35" bore 3.29" stroke Gap 0.024"
1960	Mercedes-Benz	190SL	1.9L Inline engine 4 cylinders Gap 0.024"
1960	Mercedes-Benz	219	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1960	Mercedes-Benz	220	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1960	Mercedes-Benz	220	2.2L Inline engine 6 cylinders Gap 0.024"
1960	Mercedes-Benz	220b	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1960	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1960	Mercedes-Benz	220S	2.2L Inline engine 6 cylinders Gap 0.024"
1960	Mercedes-Benz	220Sb	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1960	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders 3.15" bore 2.87" stroke Gap 0.024"
1960	Mercedes-Benz	220SE	2.2L Inline engine 6 cylinders Gap 0.024"
1960	Porsche	356B	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1960	Volvo	122	1.6L Inline engine 4 cylinders 3.13" bore 3.15" stroke Gap 0.028"
1960	Volvo	445	1.6L Inline engine 4 cylinders 3.13" bore 3.15" stroke Gap 0.028"
1960	Volvo	544	1.6L Inline engine 4 cylinders 3.13" bore 3.15" stroke Gap 0.028"
1959	Porsche	356A	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1959	Porsche	356A	1.6L Horizontally opposed engine 4 cylinders 3.45" bore 2.59" stroke Gap 0.028"
1959	Porsche	Carrera	1.6L Horizontally opposed engine 4 cylinders 3.45" bore 2.59" stroke Gap 0.028"
1959	Volvo	122	1.6L Inline engine 4 cylinders 3.13" bore 3.15" stroke Gap 0.028"
1959	Volvo	445	1.6L Inline engine 4 cylinders 3.13" bore 3.15" stroke Gap 0.028"
1959	Volvo	544	1.6L Inline engine 4 cylinders 3.13" bore 3.15" stroke Gap 0.028"
1958	Porsche	356A	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1958	Porsche	356A	1.6L Horizontally opposed engine 4 cylinders 3.45" bore 2.59" stroke Gap 0.028"
1958	Porsche	Carrera	1.6L Horizontally opposed engine 4 cylinders 3.45" bore 2.59" stroke Gap 0.028"
1957	Porsche	356A	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1956	Porsche	356A	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"
1955	Porsche	356A	1.6L Horizontally opposed engine 4 cylinders 3.25" bore 2.91" stroke Gap 0.028"

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Front Rear Coat Disc Brake Rotor Ceramic Pad Kit For Toyota Sienna RAV4 Prime bZ4X Subaru KGT-103362

great experience, fast turnaround

Darren S. 5/5 Verified September 4, 2026

Front Rear Coated Drilled Slotted Disc Brake Rotors And Ceramic Pads Kit For Nissan Pathfinder Murano INFINITI QX60 JX35 KDT-100400

Customer video review of Bilstein 24-253147 B6 4600 - Suspension Shock Absorber

Good products and prices. Excellent quick delivery.

Robert D. 5/5 Verified September 3, 2026

Bilstein 24-253147 B6 4600 - Suspension Shock Absorber

Arrived in time and just as promised. Quality is good!

Jaime G. 5/5 Verified September 3, 2026

Front Rear Disc Brake Rotors Ceramic Pads And Coated Drum Kit For Toyota Tacoma KGA-106306

Customer photo review of Front Rear Coated Drilled Slotted Disc Brake Rotors And Ceramic Pads Kit For Ram 1500 Dodge Classic Durango Chrysler Aspen KDC-100309

Just received them two days ago came very quickly and I haven’t had time to put them on yet but everything looks top shelf

Robert D. 5/5 Verified September 2, 2026

Front Rear Coated Drilled Slotted Disc Brake Rotors And Ceramic Pads Kit For Ram 1500 Dodge Classic Durango Chrysler Aspen KDC-100309

Excellent

Ajaypal Singh S. 5/5 Verified August 30, 2026

Rear Drill Slot Brake Rotors Ceramic Pad Kit For Ford Transit-250 Transit-150 Transit-350 KDC-101872

Quick easy order with great prices and quality products. Exactly what I was needing for my Nissan Titan

Greg W. 5/5 Verified August 28, 2026

Front Outer & Inner Tie Rod End Kit For Nissan TITAN Armada INFINITI QX80 QX56 Pathfinder KTR-104985

Customer photo review of Rear Coated Drilled Slotted Disc Brake Rotors Pair For Volkswagen Atlas CC Passat GTI Audi Golf R S3 Q3 A3 TTS Quattro Arteon R32 RS3 TT RS Cross Sport KD-100413

Amazing quality and they don’t rust. Install the front last year and had no issue.

Mike F. 5/5 Verified August 28, 2026

Rear Coated Drilled Slotted Disc Brake Rotors Pair For Volkswagen Atlas CC Passat GTI Audi Golf R S3 Q3 A3 TTS Quattro Arteon R32 RS3 TT RS Cross Sport KD-100413

Parts fit very well. Quick service, I appreciated the call to confirm the vehicle. Very impressed. Will be ordering again.

Stephane B. 5/5 Verified August 27, 2026

Front Wheel Bearing And Hub Assembly Pair For Ram 2500 3500 K70-101419

Customer photo review of Rear Suspension Sway Bar Link Pair For Ram 2500 Dodge 3500 Sterling Truck 4500 5500 45 55 KTR-105371

Service was great, appreciated the phone call to confirm the vehicle. Parts arrived quick. OEM fit. Will be ordering brakes as you can see by the picture. Very impressed.

Stephane B. 5/5 Verified August 27, 2026

Rear Suspension Sway Bar Link Pair For Ram 2500 Dodge 3500 Sterling Truck 4500 5500 45 55 KTR-105371

Customer photo review of Front Rear Ceramic Pads And Coated Disc Brake Rotors Kit For Suzuki SX4 Crossover KGA-105240

works great on the car

Zhiyuan Y. 5/5 Verified August 26, 2026

Front Rear Ceramic Pads And Coated Disc Brake Rotors Kit For Suzuki SX4 Crossover KGA-105240

Customer photo review of Front Coated Drilled Slotted Disc Brake Rotor (1 Piece Only) DS1-981914 For Volkswagen Tiguan Jetta

I have bought this rotor on part pioneer for my Q3 and installed and used for over a week, they are amazing no squeaks no noises brakes have improved 110%. This rotors are the best so far I’ve always bought rotors and used in all three of my cars and so far these ones are the best that I have ever bought. Thanks Renato

Renato S. 5/5 Verified August 25, 2026

Front Coated Drilled Slotted Disc Brake Rotor (1 Piece Only) DS1-981914 For Volkswagen Tiguan Jetta

Received quickly. Will install next spring.

Pierre B. 4/5 Verified August 25, 2026

Rear Coated Disc Brake Rotors And Ceramic Pads Kit For Hyundai Ioniq Kia Niro KGT-101941