The TaylorMade Burner SuperFast TP Driver has a fixed hosel with no wrench-adjustable loft, lie or face angle, but the 460 cc, 46 in, factory lofts 8.5°, 9.5°, 10.5° specs give you the real tuning baseline. With mid launch / low spin, tune it through tee height, strike location, playing length, shaft fit and small head-weight changes.
No loft sleeve • no wrench settings • 2010
What is actually adjustable?
| Item | Can you change it? | What that means |
|---|---|---|
| Loft sleeve | No | No TaylorMade FCT/loft-sleeve settings. |
| Lie / face angle by wrench | No | There is no supported consumer wrench adjustment. |
| Factory shot-shape weights | No | No built-in movable weight track/ports on this head. |
| Tee height / ball position | Yes | Fast, reversible ways to change strike and delivered launch. |
| Playing length | Yes | Can be rebuilt shorter; swing weight/head feel should then be checked. |
| Lead tape / head mass | Yes | Useful mainly for head feel plus small directional/CG nudges. |
| Shaft | Yes, by club building | The bonded shaft must be pulled and installed; there is no removable adapter. |
Use impact location before changing hardware
| Typical strike | What it usually does | Useful response |
|---|---|---|
| High face | Often raises launch while reducing spin | If flight is already high/low-spin, do not keep raising the tee just to chase more carry. |
| Low face | Often lowers launch and adds spin | Raise tee height slightly before blaming the loft or shaft. |
| Heel | Can add fade/slice gear effect | Work on centred contact; a slightly shorter build can help if heel strikes are common. |
| Toe | Can add draw/hook gear effect | Check strike before adding more draw bias. |
If the Burner SuperFast TP Driver launches too low
- Start around half the ball above the crown. If contact is consistently low on the face, raise the tee slightly; if it is excessively high, lower it slightly.
- If flight is low, diagnose strike first; low-face contact can suppress launch even when the stated loft is adequate.
- Spin is already low-to-mid-low, so avoid changes that simultaneously reduce both launch and spin.
- If you need a permanent loft change, the proper head-level solution is the 10.5° version rather than trying to bend or 'unlock' the hosel.
If it launches too high
- Lower tee height slightly and check whether impact is too high on the face before changing the build.
- Because spin is not high, do not assume a high-looking trajectory means 'too much spin'; verify strike and actual ball flight before chasing a lower-spin setup.
- If you truly need less static loft, use the 8.5° factory head option.
If you are fighting a slice
- If you want a small equipment nudge after fixing strike, start with about 2 g of lead tape toward the heel; test before adding more.
- The 46-inch build is long enough that shortening roughly 0.5 inch is a sensible test if heel/toe contact is scattered. Re-check swing weight after cutting.
If you are fighting a hook
- If you want a small equipment nudge after fixing strike, start with about 2 g of lead tape toward the toe; test before adding more.
- A fixed hosel cannot simply be opened with a wrench, so a persistent left miss may require strike/swing work, shaft fitting or a more neutral/fade-biased head.
How to make it more forgiving
- The head is already full-size, so the biggest gains are more likely to come from strike, loft and playing-length fit than from simply changing head size.
- The 46-inch stock length is a major tuning lever. Testing 0.5–1.0 inch shorter can improve strike consistency for many players, but the club should be re-swing-weighted afterward.
Factory loft choices
| Loft | Best use |
|---|---|
| 8.5° | Lowest flight / strongest-loft option; best only if you already create enough launch and spin. |
| 9.5° | Middle-ground loft for balanced launch and spin. |
| 10.5° | Easiest launch / carry option in this family. |
Lead-tape tuning: how much and where
| Position | Practical starting point |
|---|---|
| Heel | Start around 2 g; move to 4 g only if you can actually see a useful change. This may add a modest draw-bias influence. |
| Toe | Start around 2 g; move to 4 g only after testing. This may add a modest fade-bias influence. |
| Rear of sole | Adds head mass/head feel and may nudge CG rearward, but the effect is modest. Do not expect a dramatic MOI transformation. |
| How much? | About 2 g at the head is roughly one swing-weight point on a typical driver. Treat that as an approximation because length, balance and build change the exact result. |
Spec combinations that matter
- Full-size head + long shaft can create speed but also wider strike dispersion. If misses are across the face, test length before changing shaft profile.
Should you shorten the shaft?
The standard length is 46 in. The 46-inch stock length is a major tuning lever. Testing 0.5–1.0 inch shorter can improve strike consistency for many players, but the club should be re-swing-weighted afterward.
Can you change the shaft?
Yes. The captured stock shaft specification is Matrix HD6 (X/S); Matrix XCON 5 (R). Because the hosel is bonded, a shaft swap is a club-building job. Fit the replacement around delivered loft, strike, feel and dispersion rather than relying only on a shaft’s marketing label.
30-second baseline setup
- Start around half the ball above the crown. If contact is consistently low on the face, raise the tee slightly; if it is excessively high, lower it slightly.
- Play the ball around the lead-heel area as a starting point, then adjust from strike and curvature rather than from a fixed rule.
- If impact is scattered, test roughly 0.5 inch shorter before buying a new shaft.
- Do not deliberately de-loft the setup until you know you already have enough launch and spin.
What not to do
- Do not attack the hosel with a modern TaylorMade wrench; there is no sleeve to rotate.
- Do not heat or bend the bonded hosel as a normal adjustment.
- Do not add a large stack of lead tape immediately; start around 2 g and test.
- Do not cut the shaft without understanding that head feel/swing weight will change.
- Do not assume a high-looking flight automatically means excessive spin, or a low flight automatically means the loft is wrong.
Source note: Model specifications come from the matched TaylorMade driver-spec dataset. The tuning advice is conditioned on the model’s captured head size, loft choices, length, launch/spin profile and flight bias.
