Honda Pop 110 Montadinha [Add-On]

Introducing the Honda Pop 110 Montadinha vehicle mod for Grand Theft Auto V, featuring the popular Brazilian motorcycle. The Honda Pop 110, also known as Honda Biz, is well-known for its practicality, fuel efficiency, and durability.

Features of this mod include:

- High-quality (HQ) texture
- Accurate mirror reflections
- Hands-on handlebars
- Realistic collision deformation
- Functional speedometer
- Customizable bike components

Components for customization:

- Extra: Kickstand
- Chassis: Motorcycle body
- Rear bumper: Rear suspension

Installation Instructions:

Step 1:

Copy the "pop110" folder from the addon to the following directory within your Grand Theft Auto V folder: /mods/update/x64/dlcpacks

Step 2:

Navigate to /mods/update/update.rpf/common/data and edit the "dlclist.xml" file. Add the following line:

< Item>dlcpacks:/pop110/< /Item>

(Important note: Remove the extra spaces within the "< >" brackets when adding the line)

Step 3:

Save the "dlclist.xml" file and close the editor.

To spawn the Honda Pop 110 Montadinha in-game, enter the spawn code "pop110".

Experience the practicality and efficiency of the Honda Pop 110 Montadinha in Grand Theft Auto V with this realistic and highly detailed mod. Ride the streets of Los Santos with this versatile and reliable Brazilian motorcycle, enjoying the customization options available.

Credits: Conversion and textures by mod creator, model by RAI, PORTOS3D, HUM3D, and LUCAS TAKAHASHI.

About the Real Honda Pop 110 Montadinha

Real-World Specifications
Engine	Front mid-engine, rear-wheel drive
Power	104 kW (139 hp; 141 PS) (LFC engine)135 kW (181 hp; 184 PS) (H4 electric motor)149 kW (200 hp; 203 PS) (combined system output)
Transmission	Electric continuously variable transmission (eCVT)
Curb Weight	1,460 kg (3,219 lb)
Wheelbase	2,605 mm (102.6 in)
Length	4,520 mm (178.0 in)
Width	1,880 mm (74.0 in)
Height	1,355 mm (53.3 in)
Layout	Front-engine, front-wheel drive
Class	Sport Compact

Source: Wikipedia. In-game model may differ from real-world specifications.