SKU: 93407550163

Mr Gasket 150A Header Gasket Set Small Block Chevy 1.45 X 1.55 Sqaure Port

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Description

Mr Gasket 150A Header Gasket Set Small Block Chevy 1.45 X 1.55 Sqaure PortOverview: Mr. Gasket Performance exhaust gasket material is a heavy duty material, . 062 inch thick, consisting of an acrylic binder system to resist high temperature. This material is made for sealing exhaust applications. Provides excellent sealing and durability. Features: Manufactured from high temperature acrylic blend exhaust material Provides excellent sealing and durability Can be trimmed if necessary for modified port applications For OE

Overview:

Mr. Gasket Performance exhaust gasket material is a heavy duty material, .062 inch thick, consisting of an acrylic binder system to resist high temperature. This material is made for sealing exhaust applications. Provides excellent sealing and durability.

Features:

  • Manufactured from high-temperature acrylic blend exhaust material
  • Provides excellent sealing and durability
  • Can be trimmed if necessary for modified port applications
  • For OE replacement, high performance street, drag race and oval track use

Application:

Year Make Model Submodel Engine Size
1979 - 1995 GMC K1500 350/5.7 V8
1981 - 1995 GMC K1500 305/5 V8
1988 - 1995 Chevrolet C3500 350/5.7 V8
1975 - 1986 Chevrolet C30 350/5.7 V8
1968 - 1992 Chevrolet Camaro 350/5.7 V8
1976 - 1992 Chevrolet Camaro 305/5 V8
1969 - 1993 Chevrolet Caprice 350/5.7 V8
1969 - 1986 Chevrolet C10 Suburban 350/5.7 V8
1977 - 1986 Chevrolet C10 Suburban 305/5 V8
1988 - 1995 Chevrolet C1500 305/5 V8
1988 - 1995 Chevrolet C1500 350/5.7 V8
1994 - 1995 Chevrolet C1500 Suburban 350/5.7 V8
1975 - 1986 Chevrolet C20 350/5.7 V8
1992 - 1993 Chevrolet C1500 Suburban
1976 - 1980 Chevrolet C20 400/6.6 V8
1977 - 1986 Chevrolet C20 305/5 V8
1977 - 1993 Chevrolet Caprice 305/5 V8
1991 Chevrolet Caprice
1970 - 1976 Chevrolet Caprice 400/6.6 V8
1956 - 1989 Chevrolet Corvette
1969 - 1991 Chevrolet Corvette 350/5.7 V8
1970 - 1976 Chevrolet El Camino 400/6.6 V8
1976 - 1987 Chevrolet El Camino 305/5 V8
1969 - 1979 Chevrolet El Camino 350/5.7 V8
1975 - 1993 Chevrolet G10 350/5.7 V8
1977 - 1995 Chevrolet G10 305/5 V8
1981 - 1995 GMC G2500 305/5 V8
1979 - 1995 GMC G2500 350/5.7 V8
1975 - 1978 GMC G35 400/6.6 V8
1975 - 1978 GMC G35 350/5.7 V8
1979 - 1996 GMC G3500 350/5.7 V8
1981 GMC G3500
1979 GMC G3500 400/6.6 V8
1975 - 1979 GMC Jimmy 400/6.6 V8
1970 - 1991 GMC Jimmy 350/5.7 V8
1977 - 1987 GMC Jimmy 305/5 V8
1970 - 1972 Chevrolet Brookwood 400/6.6 V8
1961 - 1967 Chevrolet C10 Pickup 283/4.6 V8
1968 - 1973 Chevrolet C10 Pickup 307/5 V8
1969 - 1974 Chevrolet C10 Pickup 350/5.7 V8
1968 - 1973 Chevrolet C10 Suburban 307/5 V8
1970 - 1975 Chevrolet Monte Carlo 350/5.7 V8
1970 - 1975 Chevrolet Monte Carlo 400/6.6 V8
1969 - 1979 Chevrolet Nova 350/5.7 V8
1969 - 1973 Chevrolet Nova 307/5 V8
1975 - 1978 GMC K15 400/6.6 V8
1975 - 1986 Chevrolet K5 Blazer 350/5.7 V8
1977 - 1986 Chevrolet K5 Blazer 305/5 V8
1969 - 1994 Chevrolet Blazer 350/5.7 V8
1975 - 1986 Chevrolet C10 350/5.7 V8
1976 - 1980 Chevrolet C10 400/6.6 V8
1977 - 1986 Chevrolet C10 305/5 V8
1981 Chevrolet C10 Suburban
1987 Chevrolet V20 350/5.7 V8
1987 - 1988 Chevrolet V20 Suburban 350/5.7 V8
1969 - 1975 Chevrolet Bel Air 350/5.7 V8
1970 - 1975 Chevrolet Bel Air 400/6.6 V8
1958 - 1967 Chevrolet Biscayne 283/4.6 V8
1962 - 1969 Chevrolet Biscayne 327/5.3 V8
1968 - 1969 Chevrolet Biscayne 327/5.4 V8
1968 Chevrolet Biscayne 307/5 V8
1969 - 1972 Chevrolet Biscayne 350/5.7 V8
1970 - 1972 Chevrolet Biscayne 400/6.6 V8
1969 - 1973 Chevrolet Blazer 307/5 V8
1969 - 1972 Chevrolet Brookwood 350/5.7 V8
1979 - 1995 GMC C2500 350/5.7 V8
1980 - 1995 GMC C2500 305/5 V8
1992 GMC C2500 Suburban 454/7.4 V8
1979 - 1995 GMC C2500 Suburban 350/5.7 V8
1975 - 1978 GMC C35 350/5.7 V8
1976 - 1978 GMC C35 400/6.6 V8
1978 GMC C35 305/5 V8
1979 - 1995 GMC C3500 350/5.7 V8
1979 GMC C3500 400/6.6 V8
1978 - 1985 GMC Caballero 305/5 V8
1978 - 1979 GMC Caballero 350/5.7 V8
1975 - 1978 GMC G15 350/5.7 V8
1977 - 1978 GMC G15 305/5 V8
1976 GMC G15 400/6.6 V8
1979 - 1995 GMC G1500 305/5 V8
1979 GMC G1500 400/6.6 V8
1979 - 1993 GMC G1500 350/5.7 V8
1975 - 1978 GMC G25 400/6.6 V8
1975 - 1978 GMC G25 350/5.7 V8
1979 GMC G2500 400/6.6 V8
1968 Chevrolet Caprice 307/5 V8
1966 - 1969 Chevrolet Caprice 327/5.3 V8
1968 - 1969 Chevrolet Caprice 327/5.4 V8
1972 Chevrolet Caprice 402/6.6 V8
1964 - 1967 Chevrolet Chevelle 283/4.6 V8
1964 - 1968 Chevrolet Chevelle 327/5.3 V8
1965 - 1968 Chevrolet Chevelle 327/5.4 V8
1968 - 1973 Chevrolet Chevelle 307/5 V8
1969 - 1973 Chevrolet Chevelle 350/5.7 V8
1975 - 1978 GMC K15 350/5.7 V8
1977 - 1978 GMC K15 305/5 V8
1979 GMC K1500 400/6.6 V8
1975 - 1978 GMC K15 Suburban 350/5.7 V8
1975 - 1978 GMC K15 Suburban 400/6.6 V8
1977 - 1978 GMC K15 Suburban 305/5 V8
1979 - 1980 GMC K1500 Suburban 400/6.6 V8
1979 - 1982 GMC K1500 Suburban 305/5 V8
1979 - 1995 GMC K1500 Suburban 350/5.7 V8
1981 - 1994 GMC K1500 Suburban
1975 - 1980 Chevrolet G20 400/6.6 V8
1975 - 1995 Chevrolet G20 350/5.7 V8
1980 - 1995 Chevrolet G20 305/5 V8
1975 - 1996 Chevrolet G30 350/5.7 V8
1975 - 1979 Chevrolet G30 400/6.6 V8
1978 - 1985 Chevrolet G30 305/5 V8
1980 Chevrolet G30
1970 - 1976 Chevrolet Impala 400/6.6 V8
1969 - 1985 Chevrolet Impala 350/5.7 V8
1977 - 1985 Chevrolet Impala 305/5 V8
1967 - 1968 GMC C35/C3500 Pickup 327/5.3 V8
1968 - 1973 GMC C35/C3500 Pickup 307/5 V8
1969 - 1974 GMC C35/C3500 Pickup 350/5.7 V8
1967 GMC G15/G1500 Van 327/5.4 V8
1971 - 1974 GMC G15/G1500 Van 350/5.7 V8
1968 - 1973 GMC G15/G1500 Van 307/5 V8
1967 GMC G25/G2500 Van 327/5.4 V8
1967 GMC G25/G2500 Van 283/4.6 V8
1968 - 1973 GMC G25/G2500 Van 307/5 V8
1970 - 1974 GMC G25/G2500 Van 350/5.7 V8
1967 GMC G15/G1500 Van 283/4.6 V8
1971 - 1974 GMC G35/G3500 Van 350/5.7 V8
1970 - 1972 GMC Jimmy 307/5 V8
1967 GMC K15/K1500 Pickup 283/4.6 V8
1967 - 1968 GMC K15/K1500 Pickup 327/5.3 V8
1969 - 1974 GMC K15/K1500 Pickup 350/5.7 V8
1968 - 1971 GMC K15/K1500 Pickup 307/5 V8
1968 GMC K15/K1500 Pickup 327/5.4 V8
1969 - 1974 GMC K15/K1500 Suburban 350/5.7 V8
1968 - 1973 GMC K15/K1500 Suburban 307/5 V8
1961 - 1967 Chevrolet K10 Pickup 283/4.6 V8
1970 - 1971 Chevrolet Chevelle 400/6.6 V8
1963 - 1967 Chevrolet Chevy II 283/4.6 V8
1965 - 1968 Chevrolet Chevy II 327/5.4 V8
1965 - 1968 Chevrolet Chevy II 327/5.3 V8
1968 Chevrolet Chevy II 307/5 V8
1968 Chevrolet Chevy II 350/5.7 V8
1955 Chevrolet Corvette 265/4.3 V8
1965 Chevrolet Corvette 327/5.3 V8
1958 Chevrolet Del Ray 283/4.6 V8
1964 - 1965 Chevrolet El Camino 327/5.3 V8
1964 - 1967 Chevrolet El Camino 283/4.6 V8
1968 - 1973 Chevrolet El Camino 307/5 V8
1968 GMC K15/K1500 Suburban 327/5.4 V8
1968 GMC K15/K1500 Suburban 327/5.3 V8
1967 GMC K25/K2500 Pickup 283/4.6 V8
1969 - 1974 GMC K25/K2500 Pickup 350/5.7 V8
1968 - 1972 GMC K25/K2500 Pickup 307/5 V8
1967 - 1968 GMC K25/K2500 Pickup 327/5.3 V8
1968 GMC K25/K2500 Pickup 327/5.4 V8
1968 GMC K25/K2500 Suburban 327/5.4 V8
1968 - 1973 GMC K25/K2500 Suburban 307/5 V8
1969 - 1974 GMC K25/K2500 Suburban 350/5.7 V8
1968 GMC K25/K2500 Suburban 327/5.3 V8
1968 GMC K35/K3500 Pickup 327/5.4 V8
1968 - 1973 GMC K35/K3500 Pickup 307/5 V8
1969 - 1974 GMC K35/K3500 Pickup 350/5.7 V8
1968 GMC K35/K3500 Pickup 327/5.3 V8
1968 - 1973 Chevrolet C30 Pickup 307/5 V8
1969 - 1974 Chevrolet C30 Pickup 350/5.7 V8
1967 - 1969 Chevrolet Camaro 327/5.3 V8
1968 - 1969 Chevrolet Camaro 327/5.4 V8
1969 - 1973 Chevrolet Camaro 307/5 V8
1966 - 1967 Chevrolet Caprice 283/4.6 V8
1968 - 1973 GMC C25/C2500 Pickup 307/5 V8
1967 - 1968 GMC C25/C2500 Pickup 327/5.3 V8
1969 - 1974 GMC C25/C2500 Pickup 350/5.7 V8
1968 GMC C25/C2500 Suburban 327/5.4 V8
1968 - 1973 GMC C25/C2500 Suburban 307/5 V8
1969 - 1974 GMC C25/C2500 Suburban 350/5.7 V8
1967 - 1968 GMC C25/C2500 Suburban 327/5.3 V8
1968 GMC C35/C3500 Pickup 327/5.4 V8
1967 GMC C35/C3500 Pickup 283/4.6 V8
1977 - 1986 Chevrolet C20 Suburban 305/5 V8
1969 - 1986 Chevrolet C20 Suburban 350/5.7 V8
1976 - 1980 Chevrolet C20 Suburban 400/6.6 V8
1988 - 1995 Chevrolet C2500 350/5.7 V8
1988 - 1995 Chevrolet C2500 305/5 V8
1976 - 1978 Chevrolet C30 400/6.6 V8
1992 - 1995 Chevrolet C2500 Suburban 350/5.7 V8
1978 Chevrolet C30 305/5 V8
1971 - 1977 GMC Sprint 350/5.7 V8
1971 - 1973 GMC Sprint 307/5 V8
1968 - 1970 Chevrolet K10 Pickup 307/5 V8
1969 - 1974 Chevrolet K10 Pickup 350/5.7 V8
1969 - 1986 Chevrolet K10 Suburban 350/5.7 V8
1968 - 1973 Chevrolet K10 Suburban 307/5 V8
1976 - 1983 Chevrolet Malibu 305/5 V8
1978 - 1988 Chevrolet Monte Carlo 305/5 V8
1976 - 1977 Chevrolet Monte Carlo
1975 - 1976 Chevrolet Monza 262/4.3 V8
1976 - 1979 Chevrolet Monza 305/5 V8
1975 Chevrolet Nova 262/4.3 V8
1976 - 1979 Chevrolet Nova 305/5 V8
1987 Chevrolet R10 305/5 V8
1987 Chevrolet R10 350/5.7 V8
1987 - 1988 Chevrolet R10 Suburban 350/5.7 V8
1989 - 1991 Chevrolet R1500 Suburban 350/5.7 V8
1987 Chevrolet R10 Suburban 305/5 V8
1987 - 1988 Chevrolet R20 350/5.7 V8
1987 - 1988 Chevrolet R20 305/5 V8
1987 - 1988 Chevrolet R20 Suburban 350/5.7 V8
1989 - 1991 Chevrolet R2500 Suburban 350/5.7 V8
1989 Chevrolet R2500 350/5.7 V8
1987 - 1988 Chevrolet R30 350/5.7 V8
1989 - 1991 Chevrolet R3500 350/5.7 V8
1995 Chevrolet Tahoe 350/5.7 V8
1987 Chevrolet V10 305/5 V8
1987 Chevrolet V10 350/5.7 V8
1987 - 1988 Chevrolet V10 Suburban 350/5.7 V8
1989 - 1991 Chevrolet V1500 Suburban 350/5.7 V8
1968 - 1969 Chevrolet Bel Air 327/5.4 V8
1962 - 1969 Chevrolet Bel Air 327/5.3 V8
1977 - 1979 Buick Century 350/5.7 V8
1977 - 1980 Buick Century 305/5 V8
1978 Buick LeSabre 305/5 V8
1977 - 1980 Buick Regal 305/5 V8
1977 Buick Regal 350/5.7 V8
1977 - 1979 Buick Skylark 350/5.7 V8
1977 - 1979 Buick Skylark 305/5 V8
1992 - 1993 Chevrolet Blazer
1987 Chevrolet Blazer 305/5 V8
1975 - 1979 Chevrolet K5 Blazer 400/6.6 V8
1961 - 1967 Chevrolet C20 Pickup 283/4.6 V8
1968 - 1973 Chevrolet C20 Pickup 307/5 V8
1969 - 1974 Chevrolet C20 Pickup 350/5.7 V8
1968 - 1973 Chevrolet C20 Suburban 307/5 V8
1961 - 1967 Chevrolet C30 Pickup 283/4.6 V8
1979 - 1995 GMC C1500 305/5 V8
1979 - 1995 GMC C1500 350/5.7 V8
1992 - 1994 GMC C1500 Suburban
1975 - 1978 GMC C25 350/5.7 V8
1979 - 1995 GMC C1500 Suburban 350/5.7 V8
1976 - 1978 GMC C25 400/6.6 V8
1977 - 1978 GMC C25 305/5 V8
1979 GMC C2500 400/6.6 V8
1975 - 1978 GMC C25 Suburban 350/5.7 V8
1977 - 1978 GMC C25 Suburban 305/5 V8
1978 GMC C25 Suburban 400/6.6 V8
1982 - 1985 GMC C2500 Suburban 305/5 V8
1955 - 1957 Chevrolet One-Fifty Series 265/4.3 V8
1961 - 1966 Chevrolet Suburban 283/4.6 V8
1970 - 1972 Chevrolet Townsman 400/6.6 V8
1957 Chevrolet One-Fifty Series 283/4.6 V8
1955 - 1957 Chevrolet Two-Ten Series 265/4.3 V8
1969 - 1972 Chevrolet Townsman 350/5.7 V8
1957 Chevrolet Two-Ten Series 283/4.6 V8
1967 GMC C15/C1500 Pickup 283/4.6 V8
1968 - 1973 GMC C15/C1500 Pickup 307/5 V8
1969 - 1974 GMC C15/C1500 Pickup 350/5.7 V8
1967 - 1968 GMC C15/C1500 Pickup 327/5.3 V8
1968 GMC C15/C1500 Pickup 327/5.4 V8
1968 GMC C15/C1500 Suburban 327/5.4 V8
1968 - 1973 GMC C15/C1500 Suburban 307/5 V8
1969 - 1974 GMC C15/C1500 Suburban 350/5.7 V8
1967 - 1968 GMC C15/C1500 Suburban 327/5.3 V8
1967 GMC C25/C2500 Pickup 283/4.6 V8
1968 GMC C25/C2500 Pickup 327/5.4 V8
1989 - 1991 Chevrolet V2500 Suburban 350/5.7 V8
1987 - 1988 Chevrolet V30 350/5.7 V8
1989 - 1991 Chevrolet V3500 350/5.7 V8
1975 - 1978 GMC C15 350/5.7 V8
1976 - 1978 GMC C15 400/6.6 V8
1977 - 1978 GMC C15 305/5 V8
1979 GMC C1500 400/6.6 V8
1975 - 1978 GMC C15 Suburban 350/5.7 V8
1977 - 1978 GMC C15 Suburban 305/5 V8
1979 - 1985 GMC C1500 Suburban 305/5 V8
1975 - 1980 Chevrolet K10 400/6.6 V8
1975 - 1986 Chevrolet K10 350/5.7 V8
1977 - 1986 Chevrolet K10 305/5 V8
1981 Chevrolet K10 Suburban
1977 - 1986 Chevrolet K10 Suburban 305/5 V8
1975 - 1979 Chevrolet K10 Suburban 400/6.6 V8
1988 - 1995 Chevrolet K1500 350/5.7 V8
1988 - 1995 Chevrolet K1500 305/5 V8
1988 - 1995 Chevrolet K2500 350/5.7 V8
1988 - 1995 Chevrolet K2500 305/5 V8
1992 - 1995 Chevrolet K2500 Suburban 350/5.7 V8
1977 - 1980 Chevrolet K30 400/6.6 V8
1977 - 1986 Chevrolet K30 350/5.7 V8
1988 - 1995 Chevrolet K3500 350/5.7 V8
1974 - 1975 Chevrolet Laguna 400/6.6 V8
1973 - 1975 Chevrolet Laguna 350/5.7 V8
1976 Chevrolet Laguna
1973 - 1981 Chevrolet Malibu 350/5.7 V8
1974 - 1976 Chevrolet Malibu 400/6.6 V8
1979 - 1995 GMC K3500 350/5.7 V8
1987 GMC R1500 305/5 V8
1987 GMC R1500 350/5.7 V8
1987 GMC R1500 Suburban 305/5 V8
1987 - 1991 GMC R1500 Suburban 350/5.7 V8
1987 - 1989 GMC R2500 350/5.7 V8
1987 GMC R2500 305/5 V8
1987 - 1991 GMC R2500 Suburban 350/5.7 V8
1987 - 1991 GMC R3500 350/5.7 V8
1974 - 1976 GMC Sprint 400/6.6 V8
1987 GMC V1500 350/5.7 V8
1976 - 1977 GMC Sprint 305/5 V8
1987 - 1991 GMC V1500 Suburban 350/5.7 V8
1987 GMC V1500 305/5 V8
1968 - 1973 Chevrolet G10 Van 307/5 V8
1970 - 1974 Chevrolet G10 Van 350/5.7 V8
1968 - 1969 Chevrolet G20 Van 307/5 V8
1970 - 1974 Chevrolet G20 Van 350/5.7 V8
1970 - 1974 Chevrolet G30 Van 350/5.7 V8
1959 - 1967 Chevrolet Impala 283/4.6 V8
1962 - 1969 Chevrolet Impala 327/5.3 V8
1964 - 1969 Chevrolet Impala 327/5.4 V8
1968 Chevrolet Impala 307/5 V8
1955 - 1957 Chevrolet Truck 265/4.3 V8
1957 - 1960 Chevrolet Truck 283/4.6 V8
1991 - 1995 Chevrolet C3500HD 350/5.7 V8
1991 - 1995 GMC C3500HD 350/5.7 V8
1975 - 1978 GMC K25 350/5.7 V8
1975 - 1978 GMC K25 400/6.6 V8
1977 - 1978 GMC K25 305/5 V8
1979 GMC K2500 400/6.6 V8
1979 - 1995 GMC K2500 350/5.7 V8
1975 - 1978 GMC K25 Suburban 400/6.6 V8
1975 - 1978 GMC K25 Suburban 350/5.7 V8
1977 - 1978 GMC K25 Suburban 305/5 V8
1979 - 1995 GMC K2500 Suburban 350/5.7 V8
1979 GMC K2500 Suburban 400/6.6 V8
1988 - 1995 GMC K2500 305/5 V8
1987 - 1991 GMC V3500 350/5.7 V8
1992 - 1993 GMC Yukon
1994 - 1995 GMC Yukon 350/5.7 V8
1977 Oldsmobile Custom Cruiser 350/5.7 V8
1978 - 1980 Oldsmobile Cutlass 305/5 V8
1978 - 1980 Oldsmobile Cutlass Salon 305/5 V8
1978 - 1980 Oldsmobile Cutlass Calais 305/5 V8
1980 Oldsmobile Cutlass Cruiser 305/5 V8
1978 - 1979
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SKU: 93407550163

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4.7 ★★★★★
Based on 9 reviews
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Product Reviews
T
Verified Purchase
The K Man
Waukegan, US
★★★★★ 5
Good power
INITIAL REVIEW: Advertising: The blower looks exactly as it does in the photos (despite the cheesy photo shopped images). I do not have any special equipment to test the 600CFM claim, but it seems pretty powerful from what I've tested thus far. All the features, which I'll go into further detail below, are also exactly as described. Shipping & Item condition: Arrived on time in a large box and in good working condition with no damaging. Price: $45.93 - Pretty reasonable considering the competition can reach upwards of a few hundred dollars. Build Quality/Durability: This blower is made from durable hard plastics. It makes it pretty lightweight when you're holding it at your side and sweeping from side to side. The listing states that it's 6.4 pounds and it certainly feels about that weight. I was able to use it for 10-20 minutes and not experience any fatigue unless i was trying to lift it up. This is just an initial review, so time will tell if it will withstand multiple years of use. Performance: Holy cow does this thing blow! (and I mean that in the good way). There is quite a bit of force that is exerted. So much so, that it surprised me when I turned it on the first time and noticed the "kick" on my hand. It's somewhat loud, so I'd recommend wearing ear protection if you're going to be using it for long periods of time. That being said, I've owned vacuums and small blowers that have just about the same amount of loudness, so I'd place this on par. I'm glad that I opted for the corded version instead of the battery one. Sure the cords are annoying, but I feel that the battery wouldn't last long due to the output it requires. That being said, I don't have an overly huge lawn, so an extension cord works just fine for me. If you've got a much bigger area to cover, I would consider a gas-powered blower. I simply don't trust the battery-powered blowers would last long enough for you, and the cords could be quite the hassle if you're having to walk pretty far out. Design/Features: I like that the nozzle has a large opening rather than a small one. I feel like that does a better job and pushing the leaves and grass out of the way than one that has a more concentrated area (despite the fact that it would exert more force). I also use it to blow out the dust and dirt from my garage. That saves me a ton of time vs having to sweep and kick up dust everywhere. I haven't tried using it to dry my car yet, but I'd imagine that it would work pretty well for that application. A feature I love is the quick and easy dial that you can use to adjust the outputting force. Sometimes I want to blow it at maximum speed to get all the grass clippings off the driveway, and other times I want to simply clean off a chair or something light without having to lift it up into space. The cord retainer is a nice feature. Without it, I found myself accidentally unplugging my extension cord quite a bit. A small touch, but the handle is angled upward, so when you're holding your arm down in a relaxed position, the blower is angled in the opposite direction (downward) which is nice. I don't need to "push" the blower down at an angle, thus causing forearm strain. I don't use it, but I like that the nozzle can be removed for more compact storage if need-be. Lastly, I'd say that I honestly just plain like the way it looks. It's cool that you can see the turbine working through the transparent orange plastic area, and it has a nice color scheme and graphics. Overall: I'm pretty impressed thus far. This guy is cheap, light, and powerful. It's fun to use. So much so that I find myself looking for leaves to blow, or dirt to move out of the way just so I can spend more time with it. I would definitely recommend this blower if you have a small to average sized yard. 1-year UPDATE: I've had this leaf blower for over a year now, and it still performs fantastically. It makes quick work of my grass and leaf clippings and doesn't mess around. It's one of the better products in my lawn care maintenance line-up, so I still highly recommend!
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Reviewed in the United States on August 14, 2018
P
Verified Purchase
Paul K.
Fort Morgan, US
★★★★★ 5
Very powerful, worth every penny!
Works awesome! Very powerful, and has adjustable power which is perfect when you don't want full speed.
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Reviewed in the United States on May 31, 2026
D
Verified Purchase
D. Jenkins
Houston, US
★★★★★ 4
Very good, low budget blower.
For the price, this blower is very good. I had a WORX blower and mulcher, previously, that worked well, but this blower does the one thing better. I do miss the mulcher, but not the extra weight. This stand-alone blower is about 3 pounds lighter and more powerful; though, the all-in-one had more precise airflow, for the few small spots that it was beneficial for me. The build quality is so-so on this blower. It lacks what we all appreciate in our tools and devices—that sharp snap and click and clean fit when putting the pieces together. The hose attaches to the body with an imperfect and never fully flush connection. It's not going to go anywhere—it does have a latch. The pieces are not as rugged and solid as my previous WORX all-in-one, but I can guess that's what helps reduce the weight. Speaking of, I had considered the WORX WG547, cordless blower, for the weight reduction and convenience of no cord, but I was concerned with loss of power, limited usage time, and higher cost. After using this WG520 for the first time, I do desire a lighter machine, but I think I would miss the extra power and limitless usage time. If budget was not an issue, I probably would've gone with the WG546—which is a step up from the cordless WG547 I was considering—with an extra battery; but that is 3-4 times the cost of this WG520. But even that blower could not match the power of this one. It's worth noting that that power comes from a large air intake on the back that can suck in loose clothing. Cost was the number one priority for me; so I was pleasantly surprised when I found that on this low-budget machine there are variable speeds, ranging between the low to high speeds. If cost is the number one priority for you as well, without having to lose too much power capability, I can easily recommend this WG520 WORX blower.
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Reviewed in the United States on October 22, 2023
D
Verified Purchase
D. Alexander
Boise, US
★★★★★ 5
Buy this one, forget the rest
This is one of the most powerful handheld electric blowers available. If you're serious about getting the job done quickly, this is the baseline. The next power tier is a gas backpack blower at five times the cost, then an even more powerful backpack, and then four-digit specialty tools from companies like Billy Goat. I bought the Worx because I didn't want to spend three hours raking a half-acre of grass. My trial run was an hour of continuous use with matted wet leaves and driveway sand. It fast became apparent that to be efficient, a blower has to move leaves without being on top of them. Blowing from six inches just makes everything scatter as piles build up. You end up crisscrossing the section you just cleared to deal with the strays. The further your breeze carries, the more direct the flight path of the leaves. This range, and the ability to scour stubborn leaves from the ground, comes from air speed (MPH). At the same time, though, you need a big enough wall of air to move more than one leaf at once. That comes from the size of your pipe opening. The two multiplied together determine your total air volume over a duration, or CFM (cubic feet per minute). In physics-land (with spherical cows and turbulence-free pipes, spared from the icy hand of marketing), CFM is the best measure of a blower's work capacity. MPH, you can change by varying the size of the pipe; a smaller pipe makes a smaller column of air moving at a faster speed (and more impressive advertising), which is why a lot of consumer-class blowers have tiny nozzles. (I'm looking at you, Sun Joe SBJ601E.) But there's a cost to adding MPH: it kills efficiency. The energy to move a volume of air goes up with the square of speed, so if you design your blower for 160 MPH, you'll get half the CFM of a 110 MPH blower from the same power. Something to mull if the blower is powered by a battery. Still, if you know either speed or CFM, and the size of the pipe, you can calculate the other (assuming the manufacturer isn't misleading you by quoting CFM at the fan and MPH at the end of the pipe). To get CFM from MPH and the radius of a round pipe, the calculation is (radius^2)*(mph)*(1.92). That's (1.69^2)(110)(1.92) for this blower's 110 MPH and 3 3/8" pipe, with the result arriving right at the rated number of 600 CFM. Anyway, the Worx has enough volume and speed to blow mounds of wet leaves from six feet and dry ones from ten or more. It's impressively powerful. I was switching arms every few minutes as they wore out from the backward force. Only some really baked-on mud would have benefited from a pipe-reducer attachment. Thanks to ape-like proportions or the secure fit of my spandex leaf-blowing onesie, clothing suction from the rear-directed air intake hasn't been a bother. ALTERNATIVES: I almost bought Toro's highly-rated "Ultra" combination blower to minimize bagging, but the vacuum functionality didn't seem that useful in videos. Maybe it'd be adequate to clean an enclosed deck area or a small yard with a scattering of dry leaves. For a larger yard, it looks like a time sink relative to a standalone mulcher. Likewise the blowing capacity, which, at 410 CFM, trails the Worx by quite a lot. Cordless tools were also tempting. There's a 20V DeWalt people seem to like that's rated at (a perhaps optimistic) 400 CFM. Because it's a similar fan design to the Worx, we can compare power directly. DeWalt's standard battery is 20V (or so we'll stipulate; it's closer to 18V under load) and 5 amp-hours, so we're looking at 100 watt-hours total output. 15 minutes of runtime translates to a sustained draw, best case, of 400W. Assuming 90% efficiency in the brushless motor, that's 360W actually moving air. (When new. Expect a performance drop over time and battery replacements by year three.) Compare this Worx: 12 amps at 120V equates to 1440 watts sustained, in this case feeding a 2-pole AC/DC motor that's perhaps 55% efficient. 12A is close to the maximum a device can reasonably expect from a typical 15A household socket. Even with nearly half of our power lost to heat and noise, the remaining 790W is over double what the DeWalt can manage. It's no coincidence that 600 CFM cordless blowers (Greenworks and Kobalt come to mind) have 80V/2.5Ah batteries with twice the DeWalt's capacity. Their runtime at full tilt? The same fifteen minutes, with three extra pounds to lug around from a chunk of lithium that costs more than the blower it attaches to. And what of gas blowers? The handheld versions have around 1 HP with CFM from 450 to 500. They're usually tuned for higher MPH than the Worx, so they're likely to be a little better with wet leaves and a little worse with dry ones. Backpack blowers up the displacement and make between 1.5 and 5 horsepower. The models that you might find on the back of a professional landscaper can manage nearly 1000 CFM with speeds around 200 MPH. That's a considerable difference, but you pay for it at the checkout and in weight: figure 10 pounds or so for a handheld (relative to 7ish for this unit, plus some cord) and 20 or more for a backpack. As of mid-2020, two other corded blowers are worth a hard look: Toro's F700 and Worx's WG521. The Toro arrived first in 2019 with a hefty 720 CFM rating, a bigger two-arm handle, and a better cord retention mechanism. The WG521 is the response: 800 CFM and 135 MPH (claimed) from a ~4" nozzle, albeit still intended for one arm. All three blowers are beastly and often close in price; pick whichever best channels your inner Tim Allen. ACCESSORIES: A motor this powerful benefits from a thick (low gauge) cord for longer runs. You lose a bit of performance with thinner cord. The generic orange 50-foot extension everyone has is 16-gauge. Feeding a 12A load for 50 feet, it'll have a voltage drop of about 5V. Heavier 14-gauge loses 2.5V on the same run, and industrial 12-gauge, only 1.5V. The scale is linear, so if you double up that 16-gauge cord for a 100-foot run, you'll lop off 10V. How's that play out here? From a short and fat cable (that the cheesy plastic strain-relief piece won't actually accommodate; just tie an overhand knot over the two plugs instead), we'd expect a 1440W draw (12A * 120V, or a bit less because the house wiring itself has some drop). Losing 5V drops the total to 1380W. That's about what I found when I tested the Worx with a watt meter. 12ag / 3 ft = 1423W 14ag / 100 ft = 1352W 16ag / 50 ft = 1351W 16ag / 50 ft + 14ag / 100 ft = 1280W With the progressive thumb dial at the lowest setting, minimum draw was 260W. For shorter runs, disconnect extensions you don't actively need. Every cable sheds a percentage of the energy it carries to heat. As above, skinny cables lose more. Coiled on the ground and coupled with a high-load device like the Worx, they can build up enough heat to start melting insulation, which tends to cause sheepish expressions and insurance claims. This blower is also loud enough to merit hearing protection. On an A-weighted scale (approximating human hearing), measured outdoors from three feet, it makes 82 dB on low and 91 dB on high. Indoors or near a wall, volume jumps by 10 dB and subjectively doubles. While the sound character emulates a vacuum, my Shark only measures 72 dB indoors; you'd have to run over a rat's nest of lamp cords to make one this loud. Amazon has a number of comfortable muffs for less than a Jackson that'll keep your ears intact. You can find electric blowers with more toys, but few that'll get the job done as fast as this one. It's a bargain at the asking price. I'll update if I catch any reliability problems.
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Reviewed in the United States on December 1, 2016
R
Verified Purchase
R. Klein
Battle Creek, US
★★★★★ 5
Light, and easy to use for blowing leaves
I bought this in the fall of 2025, and found it very easy to use. I also have a Toro blower/vac, that I use to grind up leaves in the fall. While this appliance is only good for blowing leaves, it does a good job of it. It's quieter than the Toro, and considerably lighter in weight. I find it much less fatiguing on the hand than the Toro. It has multiple speeds, so is versatile. You don't ALWAYS want maximum wind from these things, depending on the job and the space. The weight, comfortable handle, balance, and lower noise are the top advantages to this machine. Because this is a corded model, there's no concern over battery life. You can blow the afternoon away without a care. Only time will tell when it comes to durability. 🤞🏻
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Reviewed in the United States on January 13, 2026

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