Harrows Darts

• 90% Tungsten Barrels
• 2ba Shafts with Rings
• Flights

Barrel only weight - 25gm
Fully dressed weight (approximately) - 27gm

Barrel length - 51.0mm
Barrel diameter - 7.0mm

The dart you order should match with the barrel pictured. All other components of the dart (flights, shafts and tips) may vary in color and length upon receipt.

All darts sold in a set of 3

• 90% Tungsten Barrels
• 2ba Shafts with Rings
• Flights

Barrel only weight - 23gm
Fully dressed weight (approximately) - 25gm

Barrel length - 51.0mm
Barrel diameter - 6.6mm

The dart you order should match with the barrel pictured. All other components of the dart (flights, shafts and tips) may vary in color and length upon receipt.

All darts sold in a set of 3

Building on the success of his original Tornado barrel released last year, Shingo has gone a step further in the design of his signature 2018 dart - Tornado 2.

The combination of unique spearhead milling and precise rear rings creates two distinctive grip zones on this mid-weighted barrel, perfect for players who demand optimum control. The subtle front step grip is designed to increase consistent finger positioning.

Purple metallic coating, combined with color co-ordinated flights and shafts complete this visually stunning new dart.

• 90% Tungsten barrels
  
• Tornado Flights
  
• 2ba Supergrip Shafts
  

Barrel only weight - 19.5gm
Fully dressed weight (approximately) - 21.3gm

Barrel length - 44.0mm
Barrel diameter - 7.2mm

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

Takehiro Suzuki's Saru King darts feature precision rings and reverse cuts, in combination with fine vertical incisions, which offer players an intense grip for impeccable control. They have been finished with a gold titanium nitride coating and then re-cut, resulting, in a truly stunning dart. 

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

Harrows sole focus was on creating a flight shape with unrivaled aerodynamic performance. After months of research and development, and through comprehensive analysis of rocket wing aerodynamics, they succeeded. Tapered front wings, decreased wingspan and extended wing tips all contribute to creating the unique Velos shape. However, they have an equally important impact on the flight's aerodynamic attributes.

Stability, flight path and flight speed are three aspects which new Velos flights address and improve. The sophisticated design is produced on 100 micron material.

100 micron thickness

All flights sold in a set of 3

A fusion of Tough, 100 micron membrane and cutting edge print technology combined to produce a dart flight offering both increased strength and visual appeal

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3

A fusion of Tough, 100 micron membrane and cutting edge print technology combined to produce a dart flight offering both increased strength and visual appeal

Shape is a Standard flight with a slightly smaller profile
Usually a little narrower in height and or width

100 Micron thickness

All Flights Sold in a set of 3