Dart shafts explained: materials, lengths and differences

What Materials Are Dart Shafts Made From?

Nylon and Plastic

Nylon shafts are among the classic and usually most affordable options. They are lightweight, slightly flexible and available in many different lengths and colours.

• Low weight and a slightly flexible construction.
• Available in many different lengths and colours.
• Usually an affordable way to change your dart setup.
• Easy and relatively inexpensive to replace if damaged.
• Depending on the model, the thread or shaft itself can wear over time.

Nylon shafts are particularly straightforward to use and are therefore also well suited to beginners.

Aluminium

Aluminium shafts are made of metal and are stiffer than simple plastic shafts. They offer a different feel and can last a long time under normal use.

• Stiffer construction than many plastic shafts.
• Relatively low weight for a metal shaft.
• Available in different lengths and designs.
• Can bend following a hard impact.
• Depending on the design and flight system, the flight may behave differently on the shaft than with nylon.

Aluminium is an interesting choice if you prefer a stiffer shaft and want to try a metal setup.

Carbon and Composite

Carbon and composite shafts combine low weight with high rigidity, depending on their construction. Some models combine different materials.

• Stiff construction with relatively low weight.
• Different constructions and flight systems available.
• Often designed for high durability and a consistent setup.
• Generally more expensive than simple nylon shafts.
• Carbon and composite shafts can also be damaged by heavy impacts.

Carbon is therefore particularly interesting if you want to try a higher-quality or especially rigid shaft system.

What Dart Shaft Lengths Are Available?

Depending on the manufacturer, dart shafts are divided into different length categories. However, the terminology is not completely standardised. When comparing shafts, you should therefore always check the actual length in millimetres.

How Does Shaft Length Affect the Dart?

Shaft length changes the distance between the barrel and flight and therefore also affects the weight distribution of the complete dart. This can change the flight characteristics and the feel of the throw.

Short Shafts

With a short shaft, the flight sits closer to the barrel. This creates a more compact setup and changes the dart's balance compared with a longer shaft.

• Flight sits closer to the barrel.
• More compact overall construction.
• Can feel different from a longer shaft depending on your throwing style and grip position.
• Interesting for players who prefer a compact setup.

Medium Shafts

Medium lengths offer a good starting point if you do not yet have a clear preference. You can then easily compare them with shorter or longer options.

Long Shafts

With a long shaft, the flight sits further away from the barrel. This changes the weight distribution and the dart's behaviour during flight.

• Greater distance between barrel and flight.
• Can feel better for certain grip positions and throwing styles.
• Changes the balance and flight characteristics compared with a short shaft.
• Can influence the likelihood of hitting the flight of a dart that is already in the board.

There is no fixed rule that a particular shaft will automatically fly faster, more stably or more accurately. Throwing style, barrel, flight and the weight of the complete setup also play a role.

What Happens When a Shaft Breaks?

The different materials react differently to stress and hard impacts. However, how long a shaft actually lasts depends heavily on playing style, material, construction and how frequently it is hit.

• Nylon: Can break or become damaged around the thread after repeated impacts or stress. Replacement is usually straightforward.
• Aluminium: Can bend following a hard impact. A bent shaft should generally be replaced.
• Carbon/Composite: Depending on the construction, these shafts are stiff and durable, but can also be damaged or broken by heavy impacts.

What Thread Do Dart Shafts Use?

Many modern darts use a 2BA thread. Compatible shafts work with a large number of commercially available barrel designs.

However, other threads and specialised systems also exist. Before buying, you should therefore check which thread your barrel uses and whether the shaft you want is compatible with it.

Specialised designs may also use dedicated shaft and flight systems. These can differ from traditional flights that are mounted separately.

Which Flights Fit a Shaft?

Traditional shafts can be combined with different standard flights. Depending on the construction, there are also systems where the flight is held particularly securely, can rotate or is specifically connected to the shaft.

• Standard flights are compatible with many traditional shafts.
• Aluminium and plastic shafts can use different flight retention systems.
• Spinning systems allow the flight to move in a controlled way.
• Integrated or specialised flight systems require the shaft and flight to be compatible with each other.

How Much Does the Shaft Affect the Weight?

The shaft contributes to the overall weight of the dart. Differences in material and length can therefore change the balance of the finished dart.

Depending on the model, the weight difference between different shafts can range from a few tenths of a gram to several grams. The material is therefore not the only factor; the specific length and construction are also important.

If you want to change a particular setup, it makes sense to consider the weight of the complete dart rather than just the barrel weight.

Which Shaft Is Right for Which Setup?

How to Find the Right Shaft Length

1. Start with a medium length: This provides a good starting point for further testing.
2. Play with your setup for a while: Pay attention to how the dart feels when gripping, throwing and grouping.
3. Change only one component: When testing shaft length, keep the barrel and flight unchanged wherever possible.
4. Compare short and long options: This makes it easier to identify which balance and flight feel suit you better.
5. Consider the complete setup: Barrel, shaft, flight and points all work together.