Antique c. 1915 Ford Model T Stewart Warner Magnetic Type Speedometer Odometer
Trip meter knob moves freely and easily. Nice speedometer to be restored. The Ford Model T Stewart Warner Magnetic Type Speedometer Odometer is an authentic piece of automotive history heavily sought after by classic car collectors and restorers. Produced primarily during the late 1910s (with notable genuine OEM versions originating from the 1917 1918 era), these analog gauges measured up to 60 mph using a magnetic mechanism rather than a mechanical governor. They typically feature a rugged black metal design or a distinct white face dial accented by a classic vintage patina. Please ask specific questions on details, condition, and shipping prior to bidding, ALL ITEMS ARE SOLD AS IS, and the bidder will be responsible for payment. We box and ship what we can to keep costs low, and use USPS and UPS. Large items, extremely fragile, and high value items will be packed by UPS. Quotes available on request
Dimensions: 3.25" diameter
Condition: Good Untested Condition
Reserve
Time, Location
Auction House
Trip meter knob moves freely and easily. Nice speedometer to be restored. The Ford Model T Stewart Warner Magnetic Type Speedometer Odometer is an authentic piece of automotive history heavily sought after by classic car collectors and restorers. Produced primarily during the late 1910s (with notable genuine OEM versions originating from the 1917 1918 era), these analog gauges measured up to 60 mph using a magnetic mechanism rather than a mechanical governor. They typically feature a rugged black metal design or a distinct white face dial accented by a classic vintage patina. Please ask specific questions on details, condition, and shipping prior to bidding, ALL ITEMS ARE SOLD AS IS, and the bidder will be responsible for payment. We box and ship what we can to keep costs low, and use USPS and UPS. Large items, extremely fragile, and high value items will be packed by UPS. Quotes available on request
Dimensions: 3.25" diameter
Condition: Good Untested Condition