一體式鍛造卡鉗
一體成型鋁合金本體,在後軸高負荷下仍具備高剛性與極低變形量。
Mono 系列 · 後軸 · 一體式鍛造 BBK
Mono EMB4 是專為後軸設計的大煞車套件,在搭配前軸升級時能提供穩定的前後煞車配比、線性的踏板控制,以及可重複展現的制動力道。四活塞一體式鍛造鋁合金卡鉗以 30 mm 活塞推動 345、355 或 380 mm 的 28 mm 兩片式碟盤,並提供鋼製或碳陶瓷選項,對應你的改裝設定。
一體成型鋁合金本體,在後軸高負荷下仍具備高剛性與極低變形量。
30 mm × 4 活塞,單顆卡鉗總活塞面積 28.3 cm²,讓來令片受力更均勻。
兩片式活塞可降低來令片傳導至煞車油的熱量,在連續煞停時有助於維持踏板腳感。
尺寸設定可與加大尺寸的前軸 BBK 搭配,同時不會讓後軸煞車過強。
三種碟盤直徑與 18 吋以上輪圈淨空需求,適用範圍廣泛。
| 煞車卡鉗 | ||
|---|---|---|
| 系列 | Mono 系列 | |
| 型號 / 適用車型 | EMB4 | |
| 安裝軸位 | 後軸 | |
| 活塞數量 | 4活塞 | |
| 活塞類型 | 兩片式隔熱活塞,無防塵套 | |
| 活塞直徑 | 30 mm × 4 | |
| 活塞總面積 | 每顆卡鉗 28.3 cm² | |
| 卡鉗尺寸 | 長 268 × 寬 164 × 高 68 mm | |
| 製造製程 | 一體式鍛造鋁合金本體 | |
| 淨重 | 每顆卡鉗 2.55 kg,不含來令片 | |
| 表面處理 | 鍍鎳處理 | |
| 建議輪圈尺寸 | 18 吋以上 | |
| 建議碟盤尺寸 | Ø345–380 mm × 28 mm | |
| 煞車碟盤選項 | ||
| 碟盤選項 | 鋼製(選項 A) | 碳纖維陶瓷(選項 B) |
| 碟盤材質 | 熱處理高碳鑄鐵 | 碳陶瓷複合材質 |
| 安裝軸位 | 後軸 | 後軸 |
| 碟盤尺寸 | Ø345 / 355 / 380 mm × 28 mm | Ø380 mm × 28 mm |
| 結構 | 兩件式組裝 | 兩件式組裝 |
| 通風設計 | 內通風式 | 內通風式 |
| 碟盤固定方式 | 固定式或浮動式,依碟盤尺寸與車型應用而定 | 浮動式 |
| 方向性設計 | 有 — 左右專用 | 有 — 左右專用 |
| 碟盤表面紋路 | 弧形溝槽/細溝槽/波浪溝槽/鑽孔與溝槽 | 鑽孔通風 |
| 來令片選項 | ||
| 來令片選項 | 適用於鋼製碟盤 | 適用於碳陶瓷碟盤 |
| 相容碟盤材質 | 僅適用鑄鐵/鋼製碟盤 | 僅適用碳陶瓷碟盤 |
| 工作溫度範圍 | 0–600 °C | 0–700 °C |
| 平均摩擦係數 | μ ≈ 0.38 | μ ≈ 0.45 |
| 煞車油管 | ||
| 煞車油管結構 | 三層結構 | |
| 煞車油管材質 | PTFE 內層管 / SUS304 不鏽鋼編織層 / PVC 外披覆 | |
| 煞車油管功能 | 減少油管膨脹,提供更紮實的踏板感受 | |
| 煞車油管接頭 | 卡鉗端與車身端皆為車型專用 | |
| 支架 | ||
| 碟盤帽製程 | CNC 精密加工 | |
| 碟盤帽材質 | 高強度鋁合金 | |
| 卡鉗支架製程 | CNC 精密加工 | |
| 卡鉗支架材質 | 碳鋼 | |
| 卡鉗安裝型式 | 徑向安裝,搭配車型專用支架 | |
| 車型適配 & 安裝 | ||
| 最小輪輻間隙 | 101 mm | |
| 建議輪圈尺寸 | 18 吋以上 | |
| 碟盤直徑選擇 | 345、355 或 380 mm,依車型應用與輪圈間隙選擇 | |
| 磨合(開皮)程序 | 激烈操駕前必須執行 | |
摩擦力會隨溫度、油管壓力與碟盤狀態而變化。請務必依碟盤材質搭配對應的來令片。
兩顆 EMB4 後卡鉗。
為兩顆後卡鉗搭配的來令片。
您所選尺寸與材質的雙片式碟盤。
CNC 碳鋼車型專用轉接座。
CNC 鋁合金中心盤。
不鏽鋼金屬編織油管。
訂購前請確認輪圈內徑間隙、碟盤直徑與車型應用。請使用隨附的樣板,或提供輪圈與車輛資訊與我們聯繫。
需使用 18 吋或更大的輪圈。
EMB4 需要至少 101 mm 的輪輻間隙。較大的碟盤與特定輪圈設計可能需要更多間隙。
訂購前請確認碟盤尺寸、轉接座供應情況、煞車油管接頭,以及您車輛的後煞車煞車力分配。
其設計用於平衡較大的前輪 BBK,並提供乾淨的後煞車分配,同時不會讓底盤過度負荷。
僅限後軸。設計用於平衡較大的前煞車套件(BBK),提供乾淨的後煞車偏壓,且不會讓底盤過度失衡。
鋼製碟盤提供 Ø345、355 或 380 mm × 28 mm。碳陶瓷碟盤提供 Ø380 mm × 28 mm。全部皆為兩片式、內部通風且具方向性。
18 吋或更大,且輪輻間隙至少 101 mm。較大的碟盤與特定輪圈設計可能需要更多間隙——請使用安裝模板確認。
不行。來令片依配方專用。鋼製碟盤請使用鐵/鋼專用來令片,碳陶瓷碟盤僅限使用 CCB 規格來令片。
兩顆 EMB4 後卡鉗、您所選尺寸與材質的兩片式碟盤、匹配的來令片、不鏽鋼金屬編織油管、CNC 鋁合金碟盤座,以及 CNC 碳鋼車型專用轉接座。
是的。正確的磨合能將均勻的來令片層轉移至碟盤表面,這對咬合力、線性控制與碟盤長期壽命至關重要。
需要協助確認您的車輛輪圈間隙、碟盤尺寸或轉接座供應情況嗎?
Brake Kits · Fitment · Installation · Care Guide
A brake kit is not just a pair of larger calipers. Calipers, rotors, pads, hoses, brackets, rotor hats, mounting hardware, brake fluid, wheel clearance, and bedding procedure all work together as one system.
This guide explains how to confirm the right TTSPORT brake kit before ordering, what to check before installation, and how to care for the system after installation.
Do not order a brake kit by vehicle name alone. The correct kit depends on the vehicle, axle position, wheel package, driving use, and brake system layout.
Wheel Clearance & Data Disclaimer: Technical fitment data applies strictly to rotor hats and mounting brackets—not wheel geometry. Wheel compatibility specs are provided for general reference only. Insufficient wheel clearance is not covered under warranty or data accuracy claims; if clearance is insufficient, wheel spacers must be added at the customer's discretion.
Different TTSPORT brake kit series use different hardware layouts. Always confirm what the kit includes before purchase.
Use direct-mount calipers and one-piece rotors where specified. These kits do not use rotor hats or caliper brackets unless the final product page clearly states otherwise.
Use separate friction rings and rotor hats. Hat offset, ring bolt pattern, hardware style, and rotor direction must be matched correctly.
May require bespoke brackets, rotor hats, brake lines, and engineering confirmation based on knuckle, hub, wheel, and competition use.
Require extra attention to wheel clearance, tire size, vehicle load, descent control, hose routing, and dust / water exposure.
Do not assume every brake kit includes the same parts. Package contents vary by product series, vehicle application, and final order configuration.
Before finalizing the order, review the kit specification carefully. Confirm the brake kit is matched to your vehicle and wheel setup, not only to the model name.
If any part is not listed in the final order or product page, do not assume it is included.
Inspect every component before installation. Do not modify, grind, drill, stretch, force, or space brake kit components to make them fit.
Safety: Brake kits affect braking force, hydraulic sealing, heat control, wheel clearance, and vehicle stability. Do not install the kit if fitment, torque, direction, clearance, or compatibility is unclear.
Correct installation is as important as the brake kit itself. A properly engineered kit can still perform poorly if installed with dirty mounting faces, incorrect torque, poor hose routing, or trapped air in the hydraulic system.
Verify caliper centering over the rotor and confirm even pad sweep across the friction surface.
Confirm left / right rotor direction if the rotor uses directional vanes or directional face pattern.
Check brake hose length and routing at full steering lock and full suspension travel. No twisting, rubbing, stretching, or kinking.
Check caliper-to-spoke and caliper-to-barrel clearance before road use. Wheel specs are for general estimation only—clearance issues are excluded from warranty/data claims and may require user-supplied wheel spacers.
Use the correct brake fluid type and bleed the system until pedal feel is firm and consistent.
Torque all brake hardware to the specified value. Do not reuse damaged, unknown, stretched, or corroded safety-critical fasteners.
Brake pads and rotors need a controlled bedding process before full performance is available. Bedding helps create an even transfer layer on the rotor surface, improving bite, pedal consistency, and vibration resistance.
Street pads, race pads, iron rotors, two-piece rotors, and carbon ceramic rotors may require different bedding procedures. Use the procedure supplied with the specific kit.
After installation and bedding, give the system a short break-in period before aggressive use. Pedal feel, pad contact, dust output, and noise may continue to settle after the first drives.
Brake kits need regular inspection, especially after track use, off-road use, towing, mountain driving, winter salt exposure, or any brake service.
Inspect pads, rotors, fluid level, and hose condition during normal service intervals. Prioritize quiet operation, smooth pedal feel, and even wear.
Check pad thickness, rotor surface condition, and fluid condition more often. Long descents create sustained heat even without track use.
Inspect for mud, sand, stone impact, hose abrasion, dust boot damage, and caliper contamination after trail use.
Inspect pads, rotors, fluid, and hardware before and after every event. Track heat shortens service intervals.
Check rear brake temperature, hydraulic handbrake behavior, pad wear, rotor cracking, and hardware condition frequently.
Use only compatible pads and approved bedding procedures. Inspect rotor surface condition carefully and avoid incompatible friction materials.
Do not continue driving if the brake system shows any of the following symptoms. Inspect the system or contact a qualified brake technician before using the vehicle again.
Send your vehicle details, brake kit series, wheel specs, driving use, photos, and any symptoms you notice. TTSPORT will help confirm fitment, installation checks, and the correct care path for your brake kit.
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