Briggs & Stratton Dipsticks & Oil Caps
Genuine Briggs & Stratton dipsticks and oil caps ensure accurate oil level readings preventing engine damage from overfilling or underfilling. We hold dipsticks and oil caps in stock and sell worldwide. Dipstick types include screw-in caps requiring full threading before reading, quarter-turn bayonet caps locking into position, push-in dipsticks resting on tube tops. Oil level markings include crosshatch areas, FULL/ADD lines, holes indicating proper range. Oil cap assemblies feature O-ring seals preventing leaks whilst maintaining crankcase ventilation. Broken dipsticks, missing O-rings, damaged threads cause inaccurate readings and oil leaks. Replace damaged components maintaining proper sealing preventing dirt contamination entering crankcase.
Available Briggs & Stratton Dipsticks & Oil Caps
Dipstick
793475
Briggs & Stratton
£8.00
View More
Dipstick
699908
Briggs & Stratton
£10.45
In Stock
Dipstick
796503
Briggs & Stratton
£9.90
In Stock
Dipstick Tube
692093
Briggs & Stratton
£32.25
In Stock
Dipstick Tube Seal
281370S
Briggs & Stratton
£4.50
In Stock
Seal Dipstick Tube
692296
Briggs & Stratton
£3.95
In Stock
Plug Dipstick/Fill
590716
Briggs & Stratton
£6.30
In Stock
Dipstick
692101
Briggs & Stratton
£17.25
In Stock
Plug Dipstick/Fill
797325
Briggs & Stratton
£5.15
In Stock
Dipstick / Tube Assembly
597130
Briggs & Stratton
£22.15
In Stock
Dipstick
693175
Briggs & Stratton
£19.30
In Stock
Dipstick Complete
496415
Briggs & Stratton
£22.15
Available
Frequently Asked Questions
How do I properly check oil level with screw-in dipsticks?
Briggs & Stratton screw-in dipsticks require full threading before reading. Remove dipstick, wipe clean with cloth, reinsert completely screwing all the way down, then unscrew and remove checking oil level. Oil should fall between FULL and ADD marks—never above FULL line or below ADD line. Quarter-turn bayonet-style caps twist one-quarter turn locking into position—check level whilst locked. Check oil on level surface with cold engine ensuring accurate reading. Wiping dipstick before inserting removes old oil preventing false high readings. Some older engines lack dipsticks—fill until oil reaches top threads inside fill hole.
What do the marks on my dipstick mean?
Crosshatch areas (XXXXX pattern) indicate safe operating range—oil level anywhere within crosshatched zone acceptable. FULL and ADD markings define upper and lower limits—maintain level between these points. Some dipsticks use two holes instead of lines marking acceptable range. Textured crosshatch areas slow oil draining off dipstick making readings easier. Never operate with oil above FULL mark causing foaming, increased pressure, oil consumption. Running below ADD mark risks inadequate lubrication causing bearing damage, overheating, catastrophic failure. Acceptable range typically 1/8-inch wide—small engines hold limited oil making proper level critical.
Can I replace just the dipstick if mine is broken?
Replacement dipsticks available matching engine model numbers ensuring correct length, markings, seal fit. Dipstick tubes and O-ring seals sold separately when tubes crack or seals deteriorate. Locate engine model number stamped on valve cover or blower housing ordering correct replacement part. Broken dipsticks prevent accurate oil level monitoring risking overfill or underfill damage. Missing dipstick cap O-rings create air leaks increasing crankcase pressure forcing oil past seals. Replace complete dipstick assembly when cap threads strip preventing secure installation. Aftermarket dipsticks may use incorrect markings causing improper fill levels—always use genuine Briggs & Stratton parts ensuring accurate oil level indication.
Why is oil leaking around my dipstick tube?
Missing or damaged O-rings on dipstick tube allow oil escaping when crankcase pressure builds during operation. Replace O-ring sealing dipstick cap to tube—inspect O-ring mounting outside plastic filler tube not inside cap groove. Overfilled oil creates excessive pressure forcing oil past dipstick seals especially during running. Clogged crankcase breather prevents pressure venting causing oil blowing past dipstick, front seal, breather tube. Cracked dipstick tube allows oil seeping from damaged area—replace entire tube assembly. Loose dipstick cap fails sealing properly—ensure cap fully threaded or quarter-turn locked. Clean dipstick tube mounting area removing debris ensuring proper seal against engine block.
How do I check oil on engines without dipsticks?
Engines without dipsticks use oil fill hole as level indicator—oil should reach top of fill hole threads leaving one or two threads visible. Position engine on level surface removing fill cap checking oil visible through fill opening. Add oil slowly until level rises to bottom threads inside fill hole—avoid overfilling. Some older horizontal shaft engines feature dual fill caps on opposite sides—either cap provides accurate level indication. Wipe fill hole area clean before removing cap preventing dirt falling into crankcase. Oil capacity typically 16-20 ounces depending on engine family—consult operator manual for exact capacity. Fill-to-spill design prevents overfilling as excess oil simply overflows when reaching proper level.