The TaylorMade r5 dual Type W Driver has a fixed hosel with no wrench-adjustable loft, lie or face angle, but the 360 cc, 44 in, factory lofts 12°, 13.5° specs give you the real tuning baseline.
Fixed-Hosel Driver Tuning Guide
No loft sleeve • no wrench settings • 2004
360 ccHead size
12°; 13.5°Factory loft options
44 inStandard length
Not specified / Not specifiedLaunch / spin profile
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. |
Why this driver needs this advice: 360cc is substantially smaller than today's 460cc norm, so off-centre forgiveness is limited; the 44-inch stock build is short for a driver and already favours control; the head already carries draw bias.
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 r5 dual Type W Driver launches too low
- Start around half the ball above the crown, then adjust in small steps from actual strike location.
- If flight is low, diagnose strike first; low-face contact can suppress launch even when the stated loft is adequate.
- If you need a permanent loft change, the proper head-level solution is the 13.5° 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.
- If you truly need less static loft, use the 12° factory head option.
If you are fighting a slice
- This head already has draw bias, so a persistent slice is more likely to be strike/face-delivery related than a lack of built-in help.
- Because the head is small, centre contact matters a lot. A modestly shorter fitted length can help if the slice comes with heel strikes.
If you are fighting a hook
- This head already has draw bias. Do not add heel tape; start by removing any extra heel weighting and checking face delivery.
- 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
- At 360cc, the head gives away some off-centre stability to a modern 460cc head. Strike quality matters more than cosmetic weighting changes.
- Do not shorten automatically; this build is not unusually long. Shorten only if impact mapping shows a real consistency benefit.
Factory loft choices
| Loft | Best use |
|---|---|
| 12° | Lowest flight / strongest-loft option; best only if you already create enough launch and spin. |
| 13.5° | 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. Use cautiously because the head already has draw bias. |
| Toe | Start around 2 g; move to 4 g only after testing. This can help neutralise some of the head's draw tendency. |
| Rear of sole | Adds head mass/head feel and may nudge CG rearward, but the effect is modest. It will not make a 360cc head behave like a modern 460cc head. |
| 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
- Make one change at a time. With a fixed head, strike and delivered loft usually matter more than tiny CG changes from tape.
Should you shorten the shaft?
The standard length is 44 in. Do not shorten automatically; this build is not unusually long. Shorten only if impact mapping shows a real consistency benefit.
Can you change the shaft?
Yes. The captured stock shaft specification is MAS² graphite family. 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, then adjust in small steps from actual strike location.
- Play the ball around the lead-heel area as a starting point, then adjust from strike and curvature rather than from a fixed rule.
- Start neutral and use impact marks before making any permanent build change.
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.
Fixed-head reality: setup and build changes can tune this driver, but they cannot reproduce the loft/lie/face-angle range of a modern adjustable hosel.
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.