DRIVER MODEL REFERENCE

TaylorMade SLDR 460 (2014 archive edition)

SLDR 460 driver (2014 sheet): 460 cc head in 9.5°, 10.5° and 12°, 45.5 in.

Published loft options9.5, 10.5, 12°
Published lie range59–62°
Published head volume460 cc
TaylorMade SLDR 460 (2014 archive edition)
Model image · TaylorMade SLDR 460. Image source ↗

Documented specifications & build options

Factory sheet linked from TaylorMade’s year-by-year archive, lengths in inches. Men’s/women’s pairs appear only where the sheet labels both.

TaylorMade SLDR 460 · manufacturer specifications
FieldDocumented value
Published loft options9.5, 10.5, 12 °
Published lie range59–62 °
Published head volume460 cc

Source: TaylorMade SLDR 460 2014 factory specification sheet. Reviewed 2026-10-05.

Specifications by configuration

TaylorMade SLDR 460 · documented configurations
ConfigurationPublished values
9.5° head ↗
Loft: 9.5 °
Published lie range: 59–62 °
Published men’s length: 45.5 in
Published TP length: 45.25 in
Published ladies’ length: 44.5 in
Head volume: 460 cc
Handedness: RH / LH
10.5° head ↗
Loft: 10.5 °
Published lie range: 59–62 °
Published men’s length: 45.5 in
Published TP length: 45.25 in
Published ladies’ length: 44.5 in
Head volume: 460 cc
Handedness: RH / LH
12° head ↗
Loft: 12 °
Published lie range: 59–62 °
Published men’s length: 45.5 in
Published TP length: 45.25 in
Published ladies’ length: 44.5 in
Head volume: 460 cc
Handedness: RH only

Related stock build variants

These packages are documented under the same model reference. Check each linked source before treating the shaft or contents as identical.

Identifying the right model

  • The photo shows a dark grey crown with a small SLDR mark beside the silver edge; SLDR 430 lists 9° instead of 9.5°.
Checking a club you own? These are the maker's published figures for an original build, not measurements of your club, and a source date is not the year it was made. Bending, reshafting or a hosel adjustment changes loft, lie and length, so identify the head by its own markings and have a fitter measure it when its history is unclear.