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The Isuzu Panther is a multi-purpose vehicle and pickup truck manufactured from 1991 to 2020, primarily for Southeast Asian markets. Developed jointly by Isuzu and General Motors as the "160 Project," it was sold under multiple nameplates across different countries. Door visors for this platform must match the correct generation and body style.
Generation | Chassis | Years | Body Styles | Markets |
|---|---|---|---|---|
1st Gen | TBR12/30/52/54 | 1991-2000 (wagon) | 5-door wagon (SWB/LWB), 2-door pickup | Indonesia, Philippines, Vietnam, Taiwan |
1st Gen pickup | TBR54 | 1991-2020 | 2-door pickup (rebranded "Isuzu Pickup" from 2005) | Indonesia |
2nd Gen | TBR541 | 2000-2020 | 5-door wagon/SUV | Indonesia, Philippines, India, Vietnam, China, Russia |
Market | Nameplate | Years | Notes |
|---|---|---|---|
Indonesia | Isuzu Panther | 1991-2020 | Original nameplate, all body styles |
Philippines | Isuzu Hi-Lander | 1991-2001 | 1st Gen, wagon and pickup |
Philippines | Isuzu Crosswind | 2001-2018 | 2nd Gen, renamed from Hi-Lander; discontinued due to Euro IV enforcement |
Philippines | Isuzu Sportivo | 2005-2017 | Crosswind SUV trim with sporty body kit |
Vietnam | Isuzu Hi-Lander | 1990s-2010s | Both generations sold |
India | Chevrolet Tavera | 2004-2017 | 2nd Gen, GM-badged variant; petrol and diesel |
Indonesia | Chevrolet Tavera | 2003-2007 | Petrol version only, renamed back to Panther |
China | Isuzu Leopard | 2000s | 2nd Gen, assembled by Qingling Motors |
Russia | Isuzu AUV | 2010s | Assembled by Sollers-Isuzu in Alabuga |
Indonesia | Isuzu Pickup | 2005-2020 | 1st Gen pickup rebranded, turbocharged 4JA1 |
Door visors are not interchangeable between 1st Gen (TBR12/30/52/54) and 2nd Gen (TBR541) wagons. The 2nd Gen received redesigned door panels, body stamping, and window frames. However, the 1st Gen pickup truck (produced through 2020) shares its door frame with the 1st Gen wagon.
From | To | Compatible? | Reason |
|---|---|---|---|
1st Gen wagon | 1st Gen pickup | Yes | Same door stamping and window frame |
1st Gen wagon | 2nd Gen wagon | No | Different body shell, door panel, window frame |
2nd Gen wagon (Panther) | 2nd Gen (Crosswind) | Yes | Same TBR541 platform, same door frame |
2nd Gen (Tavera) | 2nd Gen (Panther) | Yes | Same TBR541 platform, same door frame |
2nd Gen (Leopard) | 2nd Gen (Panther) | Yes | Same TBR541 platform, China assembly uses same stamping |
The Panther was offered with diesel (C223, 4JA-1, 4JA-1 turbo) and petrol (GM Family II, Tavera only) engines. Door visor fitment is determined by generation and body style, not by engine or fuel type.
Isuzu Panther production ended in 2020 (Indonesia) and Crosswind was discontinued in 2018 (Philippines). A total of 433,117 units were produced across all nameplates. The existing vehicle parc across Southeast Asia, India, and China continues to generate steady demand for aftermarket door visors. AutoBridge supplies replacement vent shades matching both generation door frames, supporting used-car export and local replacement markets.
Injection-molded door visors shaped to match Isuzu Panther/Crosswind door frame contours for both TBR54 and TBR541 generations
Reduces wind noise and interior turbulence when windows are partially open, supporting ventilation in tropical Southeast Asian climates
Channel design deflects rain away from the window opening, allowing fresh air circulation during monsoon season without interior water ingress
UV-stabilized material formulation prevents yellowing and brittleness under prolonged sun exposure in equatorial markets
Four installation methods available: clip-on, tape-on, in-channel, and out-channel, accommodating buyer preferences and door frame design
Smoke and translucent color options maintain visibility while reducing glare, with optional chrome or steel trim for aesthetic customization
Material | Thickness | Flexibility | Recommended Trim | Process |
|---|---|---|---|---|
PC (Polycarbonate) | 2.0-2.5 mm | High flexibility, can be bent significantly by hand | 3D stainless steel chrome trim | Injection molding |
Acrylic (PMMA) | 2.0-2.5 mm | Medium flexibility, good optical clarity | Electroplated bright trim | Injection molding |
PS (Polystyrene) | 2.0-2.5 mm | Lower flexibility, rigid feel | Electroplated bright trim or mirror stainless steel | Injection molding |
Plastic uptake (all types) | 1.2-1.8 mm | Lower precision, lower cost | None or paint finish | Plastic uptake (vacuum forming) |
Style | Description | Material Pairing |
|---|---|---|
Original | Clean OEM-profile shape without decorative trim | PC, PMMA, or PS |
Mugen | Sportier contour with angular lines, inspired by Mugen-style aero kits | PC or PMMA |
Chrome Lining/Trim | Electroplated bright strip or 3D stainless steel decorative insert | PS (electroplated) or PC (3D stainless) |
Steel Lining/Trim | Mirror stainless steel insert with smooth reflective surface | PS |
Color | Appearance | Visibility |
|---|---|---|
Black | Solid opaque | Maximum privacy, blocks most light |
Translucent | Semi-transparent | Partial visibility, subtle tint |
Smoke | Gradient dark tint | Reduced glare, sporty appearance |
2-Tone | Two-color combination | Custom aesthetic, upper/lower contrast |
Method | Attachment | Reversibility | Door Frame Requirement |
|---|---|---|---|
Clip-on | Spring clips gripping window channel | Removable without residue | Standard window channel |
Tape-on | 3M automotive double-sided tape | Semi-permanent, tape residue on removal | Flat exterior door frame surface |
In Channel | Inserts into window run channel | Friction fit, removable | Channel depth >= 8mm |
Out Channel | Mounts on exterior door frame surface | Tape or clip attached | Exterior frame surface area |
The machining accuracy of injection molding is relatively better than plastic uptake process, with machinable thickness controlled at 2.0mm to 2.5mm. The mold opening cost of plastic uptake process is lower than injection molding, with machinable thickness controlled at 1.2mm to 1.8mm. The widening of door visors is based on the car models. The color of the protective film covers on the chrome/steel trim is transparent or blue, and can be custom built by buyer.
Generation | Chassis | Production Years | Nameplates | Body Style | Visor Fitment |
|---|---|---|---|---|---|
1st Gen (pre-facelift) | TBR12/30 | 1991-1995 | Panther, Hi-Lander | Wagon (SWB/LWB) | 1st Gen profile |
1st Gen (1st facelift) | TBR52/54 | 1996-2000 | Panther, Hi-Lander | Wagon (SWB/LWB) | 1st Gen facelift profile |
1st Gen pickup | TBR54 | 1991-2020 | Panther Pickup, Isuzu Pickup | 2-door pickup | 1st Gen pickup profile |
2nd Gen (pre-facelift) | TBR541 | 2000-2004 | Panther, Hi-Lander, Crosswind | 5-door wagon/SUV | 2nd Gen profile |
2nd Gen (1st facelift) | TBR541 | 2005-2006 | Panther, Crosswind, Sportivo | 5-door wagon/SUV | 2nd Gen facelift 1 |
2nd Gen (2nd facelift) | TBR541 | 2007-2010 | Panther, Crosswind, Sportivo | 5-door wagon/SUV | 2nd Gen facelift 2 |
2nd Gen (3rd facelift) | TBR541 | 2011-2014 | Panther, Crosswind, Sportivo, Tavera | 5-door wagon/SUV | 2nd Gen facelift 3 |
2nd Gen (4th facelift) | TBR541 | 2015-2020 | Panther, Crosswind, Sportivo, Tavera, Leopard, AUV | 5-door wagon/SUV | 2nd Gen facelift 4 |
The Panther/Crosswind received four major facelifts during its 2nd generation (2005, 2007, 2011, 2015). These facelifts primarily changed the front grille, headlamps, front bumper, and interior trim. The door frame stamping and window channel dimensions remained unchanged across all 2nd Gen facelifts. Door visors designed for the 2nd Gen TBR541 platform fit all facelift versions without modification.
Trim levels (XT, XUV, Sportivo, XTi, LS, etc.) do not affect door visor fitment. Trim differences are limited to interior upholstery, wheel designs, exterior badging, and accessory packages. The door frame geometry is identical across all trims within the same generation.
The Chevrolet Tavera (India, 2004-2017) shares the TBR541 platform with the Isuzu Panther 2nd Gen. Door frames are identical. However, Tavera models with the petrol engine (GM Family II) may have slightly different door sealing strips. Verify in-channel depth before ordering in-channel type visors for Tavera applications.
Engine | Type | Years | Market | Fitment Impact |
|---|---|---|---|---|
C223 | 2.3L I4 diesel (IDI) | 1991-1996 | Indonesia | None |
4JA-1 | 2.5L I4 diesel (DI) | 1996-2020 | All markets | None |
4JA-1 L | 2.5L I4 diesel (turbo) | 2000-2020 | Philippines, Indonesia | None |
4JA-1 CR | 2.5L I4 CRDI turbo | 2016-2017 | India (Tavera) | None |
GM Family II | Petrol I4 | 2003-2007 | Indonesia (Tavera) | None |
1st Gen Wagon | 1st Gen Pickup | 2nd Gen Wagon | 2nd Gen Tavera | |
|---|---|---|---|---|
1st Gen Wagon | Yes | Yes | No | No |
1st Gen Pickup | Yes | Yes | No | No |
2nd Gen Wagon | No | No | Yes | Yes |
2nd Gen Tavera | No | No | Yes | Yes |
Production years indicate when a specific generation was first introduced to the market. Model years refer to consumer-facing versions that may differ in trim or features. For door visor fitment, the relevant distinction is generation (1st Gen vs 2nd Gen), not model year. Buyers should confirm which generation their vehicle belongs to before ordering.
| Electroplated Bright Strip Shape Design Electroplated bright trims are processed with chrome plating technology on high-quality plastic blanks. The processed chrome-plated bright trim can present a more shiny metallic luster under high light compared to 3D stainless steel decorative strips. When touched by hand, the curvature of the electroplated bright trim is more three-dimensional and rounder than that of the 3D stainless steel chrome trim. To improve weather resistance characteristics, anti-oxidation surface treatment can be applied to electroplated bright trims. Electroplated bright trim s are usually matched with PS materials. |
| Mirror stainless steel design with PS material main body | Mirror Stainless Steel Design The design of mirror stainless steel creates a nearly embedded installation for the chrome trim, which is smoothly installed in the groove of the door visor. The chrome trim fits smoothly into the groove of the door visor, providing a smooth feel when touched by hand. This smooth design reflects light differently from 3D stainless steel designs, with a single reflection angle that makes it look more like a flat mirror when reflecting objects. The large curvature of the door visor main body complements the smooth decorative design, creating an obvious turning point relationship and enhancing its overall aesthetic appeal. |
| 3D stainless steel design with PC material main body The PC material of the door visor can be bent to a large extent | 3D Stainless Steel Design The shape of the 3D stainless steel trim is more three-dimensional and rounded than the mirror stainless steel shape. The top and bottom sides of the chrome trim and the protruding vertex in the middle form a curved design. When touched by hand, you can intuitively feel the change in curvature. This curved shape produces varying reflection effects under high light at different angles. The main body of the door visor itself already has a certain curve design, and when they are paired together, they show a more traditional design style. 3D Stainless steel chrome trims are commonly used with PC material door visors. The flexibility of the PC material allows for this type of door visor with such a design can be bent to a large extent. |
The Hijet and the Gran Max—one is the ultimate space-saving product under Japan's micro commercial vehicle regulations, and the other is a globalized model that broke free from those constraints to reach the pinnacle of practicality. Whether navigating narrow Tokyo alleys or driving across the vast Southeast Asian market, they demonstrate Daihatsu's "compact cars, big impact" philosophy through solid quality and continuous generational inheritance.
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