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Spark Plug (Standard OE)

Name: Spark Plug (Standard OE)
Brand: NGK
Availability: InStock

PART#: BPR6HS

NGK

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$2.51

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Interchanges

Brand	Part #

Motorcraft	AER32
Generac	0E9368
DENSO Auto Parts	W20FPR-U / W20FPRU
Honda	98076-56717 / 9807656717
Kubota	12647-6771-6 / 1264767716
Bosch	7993
Champion Spark Plug	RL82Y
Honda	98076-56747 / 9807656747
ACDelco	R42FS
Suzuki	09482-00530 / 0948200530
Peugeot	735592
Bosch	WR7B
Harley Davidson	HD4R5
Yamaha	94703-00198 / 9470300198
Brisk	NR15YC
Briggs & Stratton	711252
Suzuki	09482-00229 / 0948200229
Torch	E6RTC
Champion Spark Plug	934M
Kubota	12647-6771-1 / 1264767711
ACDelco	R426FS
Champion Spark Plug	327
Daihatsu	999-06910-P9-005 / 99906910P9005
Champion Spark Plug	QL87YC S / QL87YCS
Suzuki	09482-00141 / 0948200141
Champion Spark Plug	RL87Y
Champion Spark Plug	8814-2 / 88142
ACDelco	R43FS
Champion Spark Plug	RL87YC
Magneti Marelli	F7NCR
Champion Spark Plug	327C
Suzuki	09482-00281 / 0948200281
Magneti Marelli	61830257304
Champion Spark Plug	8814
Bosch	WR7BC
Autolite	284
Harley Davidson	HD4R5G
NGK	7022
Champion Spark Plug	8814-1 / 88141
Champion Spark Plug	934S
Bosch	7597
Bosch	7593
Bosch	7997
Magneti Marelli	CW6NPR
Bosch	WR7BP
Autolite	3364
Champion Spark Plug	934-1 / 9341
ACDelco	R42-6FS / R426FS
ACDelco	R43CFS
Yamaha	94701-00198 / 9470100198
Magneti Marelli	CW7NPR
Champion Spark Plug	QL87YC
Robin	065-01404-20 / 0650140420
DENSO Auto Parts	3070
Bosch	4232
Beck/Arnley	1765113
Autolite	4123
Bosch	WR6BC
DENSO Auto Parts	W20FPR
ACDelco	R42CFS
Bosch	4032

Fitments

Year	Make	Model	Submodel	Engine	Fuel Type	Note
1975	Volvo	164	Base	3.0L6	GAS	Gap 0.032"; OE Equivalent Design
1975	Volvo	242	GL	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1975	Volvo	244	GL	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1975	Volvo	245	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	142	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	142	GL	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	142	GL	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	144	GL	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	144	GL	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	144	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	145	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1974	Volvo	164	E	3.0L6	GAS	Gap 0.028"; OE Equivalent Design \| Engine Code: B30E;
1974	Volvo	164	S	3.0L6	GAS	Gap 0.028"; OE Equivalent Design \| Engine Code: B30E;
1973	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	142	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	144	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	145	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1973	Volvo	164	E	3.0L6	GAS	Gap 0.028"; OE Equivalent Design \| Engine Code: B30E;
1973	Volvo	164	S	3.0L6	GAS	Gap 0.028"; OE Equivalent Design \| Engine Code: B30E;
1973	Volvo	1800	ES	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	142	E	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	142	E	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	142	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	144	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	145	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1972	Volvo	164	S	3.0L6	GAS	Gap 0.028"; OE Equivalent Design \| Engine Code: B30A; \| Engine Code: B30E;
1972	Volvo	164	Base	3.0L6	GAS	Gap 0.028"; OE Equivalent Design \| Engine Code: B30A; \| Engine Code: B30E;
1971	Volvo	142	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	142	E	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	142	E	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	144	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	145	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1971	Volvo	164	Base	3.0L6	GAS	Gap 0.028"; OE Equivalent Design \| Engine Code: B30A; \| Engine Code: B30E;
1971	Volvo	164	S	3.0L6	GAS	Gap 0.028"; OE Equivalent Design \| Engine Code: B30A; \| Engine Code: B30E;
1970	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	142	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	142	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	144	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	144	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	145	Base	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	145	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	164	S	3.0L6	GAS	Gap 0.028"; OE Equivalent Design
1970	Volvo	164	Base	3.0L6	GAS	Gap 0.028"; OE Equivalent Design
1969	Volvo	142	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1969	Volvo	142	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1969	Volvo	144	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1969	Volvo	144	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1969	Volvo	145	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1969	Volvo	145	S	2.0L4	GAS	Gap 0.028"; OE Equivalent Design
1968	Volvo	1800	S	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1968	Saab	95	Base	1.5V4	GAS	1/2" Reach; Gap 0.028"; OE Equivalent Design
1968	Saab	96	Base	1.5V4	GAS	1/2" Reach; Gap 0.028"; OE Equivalent Design
1967	Triumph	Spitfire	Base	1.1L4	GAS	1/2" Reach; Gap 0.025"; OE Equivalent Design
1967	Triumph	TR4A	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1967	Triumph	TR4A	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1967	Saab	96	Base	1.5V4	GAS	1/2" Reach; Gap 0.028"; OE Equivalent Design
1967	Saab	Monte Carlo	Base	1.5V4	GAS	1/2" Reach; Gap 0.028"; OE Equivalent Design
1966	Triumph	Spitfire	Base	1.1L4	GAS	1/2" Reach; Gap 0.025"; OE Equivalent Design
1966	Triumph	TR4A	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1966	Triumph	TR4A	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1966	Volvo	122	S	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1966	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1966	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design \| Carburetor;
1965	Porsche	356C	Base	1.6H4	GAS	Gap 0.025"; OE Equivalent Design
1965	Porsche	356SC	Base	1.6H4	GAS	Gap 0.025"; OE Equivalent Design
1965	Triumph	Spitfire	Base	1.1L4	GAS	1/2" Reach; Gap 0.025"; OE Equivalent Design
1965	Triumph	TR4A	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1965	Triumph	TR4A	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1965	Volvo	122	S	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1965	Volvo	544	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1965	Volvo	1800	S	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1965	Volvo	1800	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1965	Mercedes-Benz	190C	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1965	Mercedes-Benz	190C	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1965	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1965	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1965	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1965	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1965	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1965	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design \| Carburetor;
1964	Porsche	356C	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1964	Porsche	356SC	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1964	Triumph	Spitfire	Base	1.1L4	GAS	1/2" Reach; Gap 0.025"; OE Equivalent Design
1964	Triumph	TR4	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1964	Triumph	TR4	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1964	Volvo	122	S	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1964	Volvo	544	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1964	Volvo	1800	S	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1964	Volvo	1800	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1964	Mercedes-Benz	190C	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1964	Mercedes-Benz	190C	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1964	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1964	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1964	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1964	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1964	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design \| Carburetor;
1964	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1963	Porsche	356B	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1963	Triumph	Spitfire	Base	1.1L4	GAS	1/2" Reach; Gap 0.025"; OE Equivalent Design
1963	Triumph	TR4	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1963	Triumph	TR4	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1963	Volvo	122	S	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1963	Volvo	544	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1963	Volvo	1800	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1963	Oldsmobile	Cutlass	Base	3.5V8	GAS	Gap 0.035"; OE Equivalent Design
1963	Mercedes-Benz	190C	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1963	Mercedes-Benz	190C	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1963	Mercedes-Benz	190SL	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1963	Mercedes-Benz	190SL	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1963	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1963	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1963	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1963	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1963	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design \| Carburetor;
1963	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1962	Porsche	356B	Super 90	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1962	Porsche	356B	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1962	Porsche	356B	Super	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1962	Triumph	TR3B	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1962	Triumph	TR3B	Base	2.0L4	GAS	Gap 0.025"; OE Equivalent Design
1962	Triumph	TR3B	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1962	Triumph	TR4	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1962	Triumph	TR4	Base	2.1L4	GAS	Gap 0.025"; OE Equivalent Design
1962	Volvo	122	S	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1962	Volvo	544	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1962	Volvo	1800	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1962	Buick	Skylark	Base	3.5V8	GAS	Gap 0.035"; OE Equivalent Design
1962	Oldsmobile	Cutlass	Base	3.5V8	GAS	Gap 0.035"; OE Equivalent Design
1962	Oldsmobile	Jetfire	Base	3.5V8	GAS	Gap 0.035"; OE Equivalent Design
1962	Mercedes-Benz	190B	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	190B	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	190SL	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	190SL	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1962	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1961	Porsche	356B	Super	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1961	Porsche	356B	Super 90	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1961	Porsche	356B	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1961	Triumph	TR3A	Base	2.0L4	GAS	Gap 0.025"; OE Equivalent Design
1961	Volvo	122	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1961	Volvo	122	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1961	Volvo	122	S	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1961	Volvo	544	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1961	Volvo	1800	Base	1.8L4	GAS	Gap 0.028"; OE Equivalent Design
1961	Buick	Skylark	Base	3.5V8	GAS	Gap 0.035"; OE Equivalent Design
1961	Mercedes-Benz	190B	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	190B	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	190SL	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	190SL	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1961	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1960	Porsche	356B	Super 90	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1960	Porsche	356B	Super	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1960	Porsche	356B	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1960	Triumph	TR3A	Base	2.0L4	GAS	Gap 0.025"; OE Equivalent Design
1960	Volvo	122	S	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1960	Volvo	122	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1960	Volvo	445	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1960	Volvo	544	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1960	Mercedes-Benz	190B	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	190B	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	190SL	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	190SL	Base	1.9L4	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	220	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	220S	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1960	Mercedes-Benz	220SE	Base	2.2L6	GAS	Gap 0.024"; OE Equivalent Design
1959	Porsche	356A	Super	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1959	Porsche	356A	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1959	Porsche	356A	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1959	Porsche	Carrera	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1959	Volvo	122	S	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1959	Volvo	122	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1959	Volvo	445	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1959	Volvo	544	Base	1.6L4	GAS	Gap 0.028"; OE Equivalent Design
1958	Porsche	356A	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1958	Porsche	356A	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1958	Porsche	356A	Super	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1958	Porsche	Carrera	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1957	Porsche	356A	Super	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1957	Porsche	356A	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1956	Porsche	356A	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1956	Porsche	356A	Super	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1955	Porsche	356A	Super	1.6H4	GAS	Gap 0.028"; OE Equivalent Design
1955	Porsche	356A	Base	1.6H4	GAS	Gap 0.028"; OE Equivalent Design

Product info

The NGK Spark Plug with part number BPR6HS is a top-quality spark plug that stands out for its exceptional reliability and performance. This spark plug is designed to fit perfectly in Buick, Citroen, Mercedes-Benz, and Oldsmobile vehicles.

One of the most notable features of this spark plug is its excellent construction quality. It is made using high-quality materials that ensure it can withstand even the most demanding conditions. The spark plug also features a solid copper core that provides superior heat dissipation, which helps to prevent overheating and potential engine damage.

Another benefit of the NGK Spark Plug BPR6HS is its exceptional electrical conductivity. This allows the spark plug to provide a strong and consistent spark that ensures efficient combustion in the engine. As a result, this spark plug is highly effective at improving engine performance, fuel efficiency, and reducing emissions.

The NGK Spark Plug BPR6HS is incredibly easy to install, making it a popular choice amongst DIY car enthusiasts. It is also very versatile and can be used in a wide range of vehicles, making it a great choice if you own multiple cars.

In summary, the NGK Spark Plug BPR6HS is a high-quality, reliable, and efficient spark plug that is perfect for Buick, Citroen, Mercedes-Benz, and Oldsmobile vehicles. Its superior construction quality, excellent electrical conductivity, and ease of use make it a must-have for any car owner looking to improve their vehicle’s performance.

About NGK

NGK is a company with over 80 years of experience in the automotive industry. The production of the first NGK spark plugs began in 1937.

However, it was the manufacturing of copper-cored wide range spark plugs in 1958 that helped the company become a leading brand in the automotive industry. The company headquarters is located in Nagoya, Japan.

With the success of NGK products like spark plugs, glow plugs, and oxygen sensors, the company gained a strong global presence.

NGK currently has 35 production plants worldwide and employs more than 10,400 people.

The company currently has facilities in countries such as South Africa, South Korea, Japan, Australia, China, India, France, United States, and United Kingdom.

In the beginning, the company supplied a majority of its products to Japanese automakers. Today, drivers across the globe use NGK spark plugs, which are compatible with a variety of vehicle makes.

In fact, almost every petrol engine available on the market can use NGK spark plugs.

The company produces more than a thousand different types of spark plugs, which makes it easy to find the right fit for your engine.

There are three different NGK innovation labs where engineers search for new ways to improve existing products and make new ones.

Thanks to the efforts of these labs, NGK was able to venture into the medical industry.

Despite being one of the largest manufacturers of spark plugs on the planet, NGK is always thinking about the next.

A few years ago, the company announced plans to gradually shift its focus towards solid-state batteries because electric vehicles may make spark plugs obsolete.

Specifications

Center Electrode Core Material	Copper
Center Electrode Tip Material	Nickel
Electrical Terminal Type	Removable Nut
Ground Configuration	Standard
Ground Electrode Core Material	Nickel
Ground Electrode Quantity	1
Ground Electrode Tip Design	Standard
Hex Size	13/16
Insulator Height	55.00
Manufacturer Heat Range	6
Part Number	BPR6HS
Pre-Gap Size	.028
Reach	.5
Resistance	5000
Seat Type	Flat
Stock Number	7022
Thread Diameter	14.00

Warranty

We offer a 2-year warranty on all parts that we sell. If the part fails within 2 years of purchase, please contact us for instructions to replace it. The warranty does not cover normal wear and tear or improper installation. On many parts, we also offer Extend product protection, which is a way to add up to 3 additional years for 5 total years of worry free coverage. Select your preferred term length and you're covered!

Delivery & Returns

Delivery Info

Newparts.com is your go to store for all parts and accessories at the best price and delivered quickly. Every order we ship receives a tracking number so that you can watch it all the way until it reaches your door. We only ship using the major shipping carriers like FedEx, UPS and USPS to ensure quick and safe delivery of your new car parts order.

Returns Info

Newparts.com offers a thirty (30) day return for refund for all items purchased through Newparts.com. To qualify for return and refund, all items must be new and in their original manufacturers box. To initiate a return, please contact our customer service. This information is only a summary. Complete shipping and return policy information can be found in our web site policies.

Spark Plug (Standard OE)

Delivery Info

Returns Info

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