The new Callaway FT-iQ Driver
is one of the most forgiving drivers you’d ever try. According to Callaway Golf, these are the longest and straightest drivers they’ve ever created. The clubhead design is something you need to get used to though. But who needs a nice clubhead if you can’t hit it straight and long.
Here are the new features:
- Hyperbolic Face Technology: Hyperbolic shaping is the cutting edge of driver face design – mathematics and engineering combine to create Callaway’s highest ever ball speeds across the entire face
- Fusion Technology: Creates maximum perimeter weighting and more discretionary weight by combining a carbon composite body with the titanium face cup, allowing for precise positioning of the CG (center of gravity) to generate the straightest drives possible
- Improved Complete Inertial Design: Positions discretionary weight deeper and to the extreme corners, raising the MOI for unparalleled forgiveness on shots hit anywhere on the face
- Visible External Weighting: Strategically placed weighting in the rear corners helps create the straightest drives possible with ideal ball-flight trajectories to maximize distance
- Mitsubishi Rayon Fubuki Shaft Exclusive to the FT-iQ Drivers: This ultra premium shaft has been designed with Modulus Differential Technology (MDT) for tour-level high launch, low spin performance
Shaft
The shaft can have a huge impact on your game and it is an important item you need to consider when choosing your golf driver. Shafts can be classified in two kinds in terms of material – steel and graphite. Graphite are usually more popular and they are often used by seniors, ladies, and those with slower swing speed. Unlike steel, graphite is lighter which can provide greater swing speed which translates to more power. Because of the flexibility of graphite, you sacrifice a little bit of control. Steel on the other hand are generally heavy which can reduce power if you have a slow swing speed. The advantage though of a steel shaft is having more control. Other than the material of the shaft, you also need to consider the shaft flex, shaft torque, shaft kick-point, and shaft weight.
Shaft Flex – The ability of the shaft to bend as you swing can have an effect on the power generated on the ball depending on your swing speed. Generally, if you have a low to average swing speed, you might get the greatest distance in using regular flex. If you have a high swing speed though, you might benefit more with a stiffer flex. The flex can also affect your tendency to hook or slice depending on your swing action.
Shaft Torque – Torque, on the other hand, is the ability of the shaft to twist. The range usually is between 3 to 6 degrees. Low torque shafts tends to generate a lower ball trajectory and are recommended for stronger players. Shafts with higher torques are usually recommended for weaker players because of the softer feel.
Shaft Kick-Point – Another characteristics of a shaft which can affect the ball trajectory is the kick-point. If you would like a low shot trajectory, you should get a shaft with a high kick-point. On the other hand, a low kick-point usually generate a high shot trajectory.
Shaft Weight – Choosing the proper shaft weight for your swing speed can help in increasing your clubhead speed which translates to power and distance. As a general rule, if you have a slow or average swing speed, you should get a shaft with a lighter weight. Heavier shafts are suited for players with fast swing speeds since clubhead speed is not a problem.
The Grip
Finally, but definitely not the least is the grip. Your hand size will determine your grip size. Basically, you want a grip which you are comfortable with and which gives you control on the club. There are different materials and compounds used in the grip but this is usually a personal choice. A couple of the grips have features which help in hand alignment.
Photo credit: idreaminir
