激流獨木舟 Whitewater Kayak
規格資料庫 Specifications Database
收錄超過 1000 款激流獨木舟的技術規格，包含排水量、長度、寬度與建議體重，方便教練與學員根據體型選擇適合的船款。
A comprehensive database of over 1,000 whitewater kayaks, featuring technical specs like volume, length, width, and weight ranges to help paddlers find the perfect fit.
規格查詢工具 Specs Tool
收錄超過 1000 款激流獨木舟的詳細規格。您可以透過搜尋品牌或型號，快速找到排水量、長度及建議體重等數據。
Detailed specifications for over 1,000 whitewater kayaks. Filter by brand or model to quickly find volume, length, and weight range data.
技術術語解釋 Glossary
為了幫助您更準確地解讀規格表，我們針對常見的技術名詞提供了詳細的解釋與應用建議。
Detailed explanations and practical advice for key technical metrics on the kayak spec sheet.
排水量 (Volume / L) Volume (Liters)
船隻內部的總空間大小。排水量越高，船隻在水中的浮力越大，適合較重的划手或需要載運裝備的行程。 Total internal capacity of the kayak. Higher volume provides more buoyancy and resurfacing speed, ideal for heavier paddlers or gear-laden self-support trips.
建議體重 (Weight Range) Weight Range (kg)
這是最重要的參考指標。若划手體重低於下限，船會太浮難以控制；若超過上限，船身會下沉過深，導致穩定性下降且容易進水。 The most critical fitting metric. Paddling below the minimum makes the kayak feel overly corky and difficult to edge; exceeding the maximum causes the hull to sit too low, sacrificing stability and primary speed.
長度與寬度 (L/W) Length & Width (L/W)
較長的船通常直線速度較快，但在窄小的溪流中較難轉向；較寬的船通常擁有更好的初始穩定性，但前進阻力較大。 Longer boats carry superior hull speed and tracking but require more effort to pivot in tight creeks. Wider boats provide greater primary stability at the expense of hydrodynamic drag.
船型 (Type) Hull Type
Creek 為溪降設計，擁有大容量與圓潤船身；Playboat 專為花式動作設計，體積小且船底扁平；Half-slice 則結合了兩者特點。 Creek boats feature high volume and rounded decks for safety and steep drops; Playboats are low-volume with flat planing hulls for aerial tricks; Half-slices combine a creek bow with a low-volume slicey stern.
延伸閱讀：船隻物理設計理論 Further Reading: Kayak Design & Physics
在根據規格挑選獨木舟時，船隻的船底翹度（Rocker）、邊緣輪廓（Edges）與容積分佈（Volume Distribution）是決定其動態表現的決定性物理要素。強烈建議配合閱讀 船隻設計 ：河川跑艇與溪降艇理論指南，以深入理解各項規格數值背後的流體力學直覺與安全操控原則。 When selecting a kayak based on specs, rocker profile, hull edges, and volume distribution are the core physical factors governing handling. We highly recommend reading the Kayak Design 101: River Runner & Creeker Theory Guide to understand the hydrodynamics behind each metric.