• Shaft Condition: Excellent
• Brand: Graphite Design
• Model: Tour AD GT Driver
• Club Type: Driver
• Shaft Flex: Stiff
• Shaft Material: Graphite
• Shaft Weight: 60g
• Tip Diameter: .335
• Adapter Type: TaylorMade M Adapter
• Length: 44 in
• Grip Condition: No Wear

(function () { const ul = document.getElementById('product-desc-list'); if (!ul) return; function pruneAndLayout(){ // Remove empty/unspecified rows instead of hiding them const items = Array.from(ul.querySelectorAll('li')); let kept = []; items.forEach(li => { const label = li.querySelector('b'); const labelText = label ? label.textContent : ''; const valueOnly = label ? li.textContent.replace(labelText, '').trim() : li.textContent.trim(); const emptyish = valueOnly === '' || valueOnly === '' || /^(Not Specified|Unspecified|Not Applicable|N/A|NA)$/i.test(valueOnly); if (emptyish) li.remove(); else kept.push(li); }); // Re-mark visible items as left/right cells so borders line up kept = Array.from(ul.querySelectorAll('li')); // in case we removed some kept.forEach((li, i) => { li.classList.toggle('_left', i % 2 === 0); li.classList.toggle('_right', i % 2 === 1); }); // If odd count, add a blank cell so the last row closes cleanly if (kept.length % 2 === 1) { const filler = document.createElement('li'); filler.innerHTML = ''; ul.appendChild(filler); filler.classList.add('_right'); } // Show after were done so theres no flash ul.style.visibility = 'visible'; } // Run immediately (before most theme scripts finish) pruneAndLayout(); // Guard: if the theme reflows/rewrites after our run, fix it again const mo = new MutationObserver(() => pruneAndLayout()); mo.observe(ul, { childList: true, subtree: false, attributes: false });})(); The Graphite Design Tour AD GT Driver Shaft blends mid launch and lowmid spin with a smooth, onepiece feel. A firm tip tightens dispersion, while a responsive handle loads easily. Highmodulus carbon and advanced resin elevate stability and feel. Available in 5080g classes to dial speed, tempo, and swingweight.

The shaft shows lightly worn graphics, indicating minimal cosmetic wear. Overall, it remains in excellent condition, suitable for continued use.

Pured Shaft Upgrade


Our Recommendation
Our Next Round Golf experts recommend the Graphite Design Tour AD GT Driver Shaft for aggressive swingers seeking a penetrating launch and low spin. Its advanced graphite construction and stable mid-launch profile promote a smoother load with exceptional tip stability, helping stronger players maximize distance while keeping the ball flight boring and fast.

About Graphite Design
Graphite Design is a top-tier shaft brand, best known for the Tour AD series. Engineered for stability, energy transfer, and feel, these shafts are trusted by professionals and serious amateurs. Ideal for golfers seeking custom-tuned performance off the tee and with fairway woods.

Playing It Forward
By choosing this premium used shaft, you're not only investing in your own game but also contributing to Next Round Golf's mission of making golf more affordable and accessible for enthusiasts at every skill level. Youre joining a passionate community dedicated to sustainability, continuous improvement, and the shared joy of discovering new potential on the course.

Next Round Guarantee
With over 18,000 five star reviews and a 30 day money back guarantee, you can trust Next Round Golf for high-quality used Graphite Design golf shafts.

Stock # S2026-02-27-514040 Master SKU # 1020948(function () { // Read the template variable const pured = "No"; // Find the new section + text holder const section = document.getElementById('pured-shaft-section'); const textEl = document.getElementById('pured-shaft-text'); if (!section || !textEl) return; // Clean it up (handles empty, extra spaces, etc.) const value = (pured || "").trim(); // Show only for the allowed "Yes" values const shouldShow = (value === "Yes" || value === "Yes + Premium Shaft"); if (shouldShow) { textEl.textContent = "This shaft has been pured through computerized analysis to identify its most stable, consistent bending plane, optimizing performance, increasing distance, tightening dispersion, and reducing natural structural irregularities."; section.style.display = ""; } else { // Keep fully hidden so no text and no
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