Dart flights explained: shapes, materials, thickness and systems

What Does a Dart Flight Do?

The flight sits at the rear of the dart and provides aerodynamic stabilisation through its surface area. After release, it influences the dart's orientation in flight and the way it approaches the dartboard.

A flight with a larger surface area generally provides more aerodynamic effect. A smaller or narrower flight creates less surface area and can therefore behave differently in the air with a suitable throw.

However, these effects do not work independently. Flight shape, shaft length, dart weight, centre of gravity and throwing technique all work together. Therefore, it is not possible to say in general that a particular flight shape will always fly faster or slower.

The Most Important Dart Flight Shapes

Standard, Shape, Pear or Slim – What Is the Difference?

The main difference between the shapes is the size and geometry of the flight surface. This changes the aerodynamic effect of the flight.

Which Dart Flight Shape Suits Your Throw?

Flight shapes are often associated with particular throwing styles. However, such recommendations should be considered starting points rather than fixed rules.

• Standard: a good starting point for many players and different dart setups
• Shape: an interesting alternative if you want a slightly more compact flight
• Pear or Kite: worth trying if you want to experiment with a smaller flight surface
• Slim: interesting for players who prefer a narrow flight shape and as little surface area behind the dart as possible

The position of the flight on the dart and the shaft length also play a role. A flight shape should therefore always be considered as part of the complete dart setup.

Dart Flight Materials

Dart flights are made from different materials and material combinations. The material influences factors such as weight, flexibility, durability and shape retention.

How Thick Should a Dart Flight Be?

For traditional plastic flights, thickness is often specified in microns (µm). Products with thicknesses such as 75, 100 or 150 microns are commonly available. The actual selection depends on the manufacturer and product.

• 75 Micron: thinner and generally more flexible, but can show signs of wear more quickly under frequent use
• 100 Micron: a widely used thickness and a good starting point for many setups
• 150 Micron: thicker and generally more shape-stable, which can provide a different feel and increased durability

The micron rating is only one part of the flight's characteristics. Material, manufacturing quality and construction can also differ between flights with the same thickness.

Moulded Flights and Integrated Flight Systems

Alongside traditional flights that are fitted onto a separate shaft, there are pre-formed and integrated flight-shaft systems.

With these systems, the flight and shaft are designed to work together. The flight therefore retains its intended shape and angle relative to the shaft without the player having to manually straighten the flight before every throw.

Examples in darts include systems from L-Style and 8 Flight. These systems use their own components and should therefore be selected with the appropriate compatibility in mind.

Dart Flights for Steel-Tip and Soft-Tip Darts

In general, many flight shapes can be used with both Steel-Tip and Soft-Tip darts. The key factor is compatibility with the shaft or flight system being used.

This means, for example, that a Standard flight can be used with both a Steel-Tip and Soft-Tip setup, provided that the shaft is designed for it.

Consider Your Dart Flight and Shaft Together

The flight does not work independently of the shaft. Shaft length changes the position of the flight behind the barrel and therefore affects the overall balance of the dart.

A longer shaft positions the flight further away from the barrel, while a shorter shaft brings it closer to the barrel. Together with the flight shape and dart weight, this can noticeably change the flight behaviour and your individual throwing characteristics.

For more information about choosing shaft lengths and their characteristics, see our Dart Shafts Guide.

Dart Flights and Tight Grouping

When darts are tightly grouped, subsequent darts often hit the area around the flight or shaft of a dart that was thrown previously. The size and shape of the flight can therefore influence how much space a dart requires at the rear of the grouping.

A smaller flight does not automatically result in better grouping, however. The most important factors remain throwing technique, dart angle, barrel shape, shaft and your individual setup.

Dart Flight Durability and Wear

Flights are among the wear parts of a dart set. Depending on the material, construction, throwing technique and grouping, they can become damaged or deformed over time.

• Damaged or heavily deformed flights should be replaced.
• Flight protectors can protect the rear edge of certain traditional flight shapes.
• Punched flights can be used with suitable shafts and rings to secure the flight more firmly to the shaft.
• Integrated flight-shaft systems avoid certain problems associated with traditional push-on flights, but they are tied to their respective system.

Which Dart Flights Are Best for Beginners?

For beginners, a Standard flight is a sensible starting point. It provides a comparatively large surface area and can be combined with many different dart setups.

A specific micron thickness is not mandatory, however. A flight around 100 microns can be a good starting point, but other thicknesses may also be suitable depending on the material and personal preference.

Once your basic throwing technique becomes more consistent, you can experiment with different flight shapes and systems and compare how they feel.

How to Choose the Right Dart Flights

1. Start with a classic shape: Standard is a straightforward starting point.
2. Consider the complete setup: Flight, shaft, barrel and weight all work together.
3. Change one thing at a time: This makes it easier to identify what has actually changed.
4. Compare shapes and sizes: Standard, Shape, Pear, Kite and Slim can feel very different depending on the player and throw.
5. Consider material and thickness: These factors influence flexibility, shape retention and durability.
6. Check compatibility: This is particularly important with integrated flight-shaft systems.