TaylorMade Qi10 Tour Hybrid 3 19.5°
Shipping & Delivery
Germany: DHL Standard from €5.99 – free from €100.
EU & International: shipping from €14.49 (depending on country/region).
Tracking included, usually shipped within 1–2 business days.
Note: the final price is calculated at checkout.
Authenticity & Quality Check
Every club is inspected & cleaned before shipping.
We check the head, shaft, grip and all connections/adapters.
Photos show the actual item you will receive.
Workshop Service & Adjustments
Free grip fitting when you buy a grip directly from our shop.
On request: shortening/extending, new grips, small adjustments.
Message us before you buy – we will quickly let you know what is possible.
Pickup In-Store (Münster)
Free pickup at our store in Münster is available.
Usually ready for pickup within 2 hours (if in stock).
You will find the address & opening hours under “Store Info”.
TaylorMade Qi10 Tour Hybrid 3 (19.5°) – a compact, precise rescue for penetrating launch, controlled spin, and reliable distance as a long iron replacement. Setup: Mitsubishi Tensei (Flex S) with Golf Pride Z-Grip Standard grip . Used condition , including original headcover .
Handicap Recommendation
👍 Especially suitable for players with a handicap of 10–28 ...
This recommendation serves as a rough guideline – swing speed and personal playing style are equally crucial.
Technical details
- Model: TaylorMade Qi10 Tour
- Racket type/Loft: Hybrid 3, 19.5°
- Shaft: Mitsubishi Tensei
- Flex: S (Stiff)
- Grip: Golf Pride Z-Grip, Standard
- Hand: Right-handed
- Included in delivery: original bat headcover
- Condition: used condition
Strengths & Characteristics
- Tour profile: compact head for precise shot shaping and controlled spin.
- 19.5° Hybrid 3: penetrating launch, ideal as a long iron replacement.
- Tensei S-Flex for a stable striking surface and constant length.
- Z-Grip offers a firm, non-slip grip in all weather conditions.
Conclusion
🎯 Precise tour hybrid with controlled ball flight – ideal for players who combine distance with controllability (HCP 10–28).
