14/15g DT Competition Stainless Steel Double Butted Spoke with 12 mm Brass Nipple - Pack Of 6
£6.49
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Length
£6.49
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Details
The classic lightweight spoke for all round use. The 14/15 gauge double butted spoke is 1.8mm thick in the centre to save weight, but 2mm thick at the end where strength is needed whilst the butting process adds strength through cold forging of the metal. Made from X5 stainless steel, containing chrome for rust resistance & nickel for strength. The rolling of the nipple thread removes no metal from the spoke & preserves the grain of the material, maximising strength. Comes supplied with 12mm DT Swiss brass nipples.
Weight: 382g for 64 x 264mm length spokes i.e. 6g per spoke.
Used by most of the world's best wheel builders.
Bicycle spoke gauges refer to the thickness or diameter of the spokes used in a bicycle wheel. The gauge is a crucial measurement because it affects the strength, weight, and durability of the spokes, thus influencing the overall performance of the wheel.
Spokes are typically measured in either millimeters (mm) or in gauge (often referred to as "g"). The most common gauge system for spokes is the British Standard Wire Gauge (BSW) or the Standard Wire Gauge (SWG) in the UK, while the United States typically uses the American Wire Gauge (AWG) system. The gauge number represents the diameter of the wire. In general, the lower the gauge number, the thicker the spoke.
Here are some common spoke gauges and their characteristics:
14G (2.0mm): This is one of the most common spoke sizes for standard bicycle wheels. It provides a good balance between strength and weight and is suitable for most riding conditions, including road and mountain biking.
15G (1.8mm): Slightly thinner than 14G spokes, 15G spokes are used in some lightweight applications or for riders seeking to reduce rotational weight on their wheels. They may be found on high-performance road or racing bikes.
13G (2.3mm): Thicker than 14G spokes, 13G spokes are used in heavy-duty applications such as tandem bicycles or cargo bikes, where additional strength is required to support higher loads.
16G (1.6mm): Thinner than 14G spokes, 16G spokes are occasionally used in lightweight or specialized applications where minimizing weight is a priority, such as on high-end racing or touring bikes.
12G (2.6mm): Even thicker than 13G spokes, 12G spokes are used in heavy-duty or industrial applications, such as on heavy cargo bikes or for e-bikes with high torque outputs.
Weight: 382g for 64 x 264mm length spokes i.e. 6g per spoke.
Used by most of the world's best wheel builders.
Bicycle spoke gauges refer to the thickness or diameter of the spokes used in a bicycle wheel. The gauge is a crucial measurement because it affects the strength, weight, and durability of the spokes, thus influencing the overall performance of the wheel.
Spokes are typically measured in either millimeters (mm) or in gauge (often referred to as "g"). The most common gauge system for spokes is the British Standard Wire Gauge (BSW) or the Standard Wire Gauge (SWG) in the UK, while the United States typically uses the American Wire Gauge (AWG) system. The gauge number represents the diameter of the wire. In general, the lower the gauge number, the thicker the spoke.
Here are some common spoke gauges and their characteristics:
14G (2.0mm): This is one of the most common spoke sizes for standard bicycle wheels. It provides a good balance between strength and weight and is suitable for most riding conditions, including road and mountain biking.
15G (1.8mm): Slightly thinner than 14G spokes, 15G spokes are used in some lightweight applications or for riders seeking to reduce rotational weight on their wheels. They may be found on high-performance road or racing bikes.
13G (2.3mm): Thicker than 14G spokes, 13G spokes are used in heavy-duty applications such as tandem bicycles or cargo bikes, where additional strength is required to support higher loads.
16G (1.6mm): Thinner than 14G spokes, 16G spokes are occasionally used in lightweight or specialized applications where minimizing weight is a priority, such as on high-end racing or touring bikes.
12G (2.6mm): Even thicker than 13G spokes, 12G spokes are used in heavy-duty or industrial applications, such as on heavy cargo bikes or for e-bikes with high torque outputs.
Specification
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Questions & Answers (3)
Dt Swiss spoke and nipple question
By Matt Darrbs
29 Dec 2021
I've got a DT Swiss H1900 mullet wheelset and would like to purchase some rear spare spokes and nipples. Vitus advised the following - straight pull front 305mm and 306mm and rear 305mm and 306mm. I have emailed them back questioning the rear measurements as I can't see how the rear is longer. Are they correct? and if so could you let me know which spokes i should order from you? Thanks.
SJS Customer Service:
Sadly we cannot advise as we don't sell these wheels, nor do we sell straight-pull spokes.
JK 29.12.21
JK 29.12.21
Rear wheel build for E-Bike conversion with rack mounted battery
By Mike Howard
19 Oct 2020
I have a front wheel motor with battery in the rear pannier rack. The wheel I'm planning is 36 spoke 3 cross with Ryde Zac 2000 rims and Shimano FH-M475 freehub. I'm planning to use 284mm Double butted spokes on the left and 283mm plain gauge on the right. Will this be OK or should I use plain gauge all round?
SJS Customer Service:
Hello, im afraid we cannot advise with regards to Ebike conversions.
JK 19.10.20
JK 19.10.20
Spoke check
By Trevor Lingard
13 May 2020
I am about to order DT Comp for building pair of wheels. Please can you confirm the lengths I have established are correct. Rims EXAL LX17 rims 32 hole, ERD 601, Shimano HB5800 front and Shimano FH5800 rear. Pattern 3 x. Using 12mm nipples. My calcs is 296mm front, 299mm rear left, 298mm rear right. Thank you
SJS Customer Service:
Hi, we normally use an online calculator to determine spoke length when building ourselves which I guess is what you have done. The lengths you suggest are not wildly out of range so are most likely correct. We use the DT and Sapim calculators most of the time and find them accurate for most builds, but I do not have enough information here to try them, and even then we wouldn't know for sure until lacing, tension and truing. Thanks