Custom Electric Motorcycle: A Guide to Customization Options

A custom electric motorcycle can be much more than an electric motorcycle with a different color or logo. Depending on the project, customization can range from simple appearance changes and accessories to different battery configurations, smart features, cargo equipment, or more extensive changes to the vehicle’s body and structure.

For distributors, fleet operators, motorcycle brands, and other commercial buyers, the important question is not simply whether an electric motorcycle can be customized. It is what can be customized, how much engineering work is involved, and which changes are actually necessary for the intended market and application.

This guide explains the main customization options for electric motorcycles, from styling and branding to powertrain, battery, cooling, smart functions, commercial equipment, and engineering changes. It also covers cost benchmarks, timeline impacts, and compliance risks based on BENLG’s actual project experience.

If you are not yet familiar with the difference between OEM, ODM, and White Label — or how to structure a manufacturing agreement — see our complete OEM manufacturing guide first. This article focuses on the product side: what you can actually modify.

What Can You Customize on an Electric Motorcycle?

Electric motorcycles can be customized at several different levels.

Not every project requires every type of customization. In many cases, a standard vehicle platform can be adapted through a combination of components and styling changes without developing an entirely new motorcycle.

1. Motor and Powertrain Customization

The motor and powertrain determine much of an electric motorcycle’s performance. Depending on the platform and target application, buyers may be able to customize several elements of the powertrain.

Motor Type and Power

Potential configurations include:

• Hub motors
• Mid-drive motors
• Different rated power levels
• Different torque and acceleration characteristics
• Different performance configurations for urban or commercial use

A higher-power motor is not automatically the best choice. The appropriate motor depends on factors such as vehicle weight, payload, terrain, desired speed, battery voltage, controller configuration, and local regulations.

For example, a lightweight urban motorcycle may prioritize efficiency and smooth acceleration, while a delivery vehicle may require stronger low-speed torque and greater load-carrying capability.

Controller Configuration

The controller works with the motor and battery to determine how the vehicle delivers power.

Customization may involve:

• Controller capacity
• Acceleration characteristics
• Power delivery
• Regenerative braking configuration, where supported
• Compatibility with the selected motor and battery system

Motor and controller changes should be considered as a system rather than as independent components. A larger motor, for example, may require a different controller, battery configuration, wiring, thermal management, or other supporting components.

2. Battery Customization

Battery configuration is one of the most important areas of electric motorcycle customization.

A buyer may need a different battery configuration depending on the required range, vehicle size, charging infrastructure, operating conditions, and commercial application.

Battery Capacity

Battery capacity is commonly discussed in Ah, but total energy is better understood in watt-hours (Wh).

Increasing battery capacity can increase potential riding range, but it can also increase battery weight, physical size, cost, and charging requirements.

Real-world range also depends on factors such as:

• Rider and cargo weight
• Speed
• Terrain
• Temperature
• Riding style
• Tire characteristics
• Traffic conditions

Common configurations based on BENLG project experience:

• 72V 30Ah–40Ah → 60–80 km range
• 72V 45Ah–50Ah → 80–120 km range
• 72V 100Ah+ → 150–200+ km range

Battery Chemistry

Depending on the project, different battery chemistries may be considered, including:

• Lithium iron phosphate (LFP)
• Nickel manganese cobalt (NMC)

Each chemistry has different characteristics relating to energy density, weight, cost, thermal behavior, and expected application.

The appropriate choice depends on the requirements of the complete vehicle rather than a simple ranking of one chemistry over another.

Single, Dual, Fixed, or Removable Batteries

Electric motorcycles can potentially use:

• Single battery systems
• Dual-battery configurations
• Removable batteries
• Swappable batteries
• Fixed battery packs

For commercial users, dual or removable battery configurations can sometimes provide practical advantages for operations where range and charging downtime are important.

Battery Packaging

The physical location and packaging of the battery can also be part of the customization.

Possible considerations include:

• Under-seat battery placement
• Frame-mounted batteries
• Floorboard or central battery placement
• External battery compartments
• Swappable battery compartments

Battery customization is therefore more than choosing a larger Ah number. Voltage, dimensions, BMS, charger, mounting system, wiring, and the vehicle’s electrical architecture all need to be compatible.

3. Cooling and Thermal Management

Cooling is one of the most overlooked areas of electric motorcycle customization — until a vehicle starts losing power on a steep climb or during a long delivery shift.

Electric motorcycles generate heat in three main places: the motor, the controller, and the battery pack. How that heat is managed directly affects performance, reliability, and component lifespan.

Why Cooling Matters for Custom Projects

• Higher power output generates more heat. A motor upgrade that increases rated power from 2,000W to 3,000W will produce significantly more waste heat — and the original cooling design may not be sufficient.
• Heavy payloads and steep terrain increase thermal load. Delivery vehicles climbing hills with 150–200 kg payloads will run hotter than a commuter on flat roads.
• Hot climates reduce thermal headroom. A vehicle designed for European weather may overheat in Southeast Asia, the Middle East, or parts of Latin America.
• Continuous duty cycles demand sustained cooling. A fleet vehicle running 8–10 hours per day has very different thermal requirements from a personal commuter used twice a day.

Motor Cooling Options

• Passive heat sinks: Adding external finned aluminum heat sinks to the motor housing to increase surface area for heat dissipation. Low cost, no moving parts.
• Forced air cooling: Integrating a small fan or ducting airflow directly across the motor. Moderate cost, effective for moderate power increases.
• Liquid cooling: Circulating coolant through a jacket around the motor stator. Highest cost and complexity, but necessary for high-power motors (5,000W+) or continuous heavy-duty use.
• Thermal sensors and derating: Installing temperature sensors (KTY84/PT1000) that communicate with the controller to automatically reduce power before the motor overheats. This is a protective measure rather than a cooling solution, but it prevents damage.

Controller Cooling

• Heat sink mounting: Ensuring the controller is mounted against a metal surface with adequate thermal contact.
• Airflow routing: Positioning the controller in a location with natural airflow, away from the battery and motor heat sources.
• Thermal interface material: Using thermal pads or paste between the controller and its mounting surface to improve heat transfer.

Battery Pack Cooling

• Air gap design: Leaving space between cells for air circulation inside the pack enclosure.
• Ventilation: Adding vents or breathable membranes to allow heat to escape while maintaining IP-rated water resistance.
• Thermal padding: Using thermally conductive materials between cells to spread heat evenly and prevent hot spots.
• BMS thermal management: Configuring the BMS to monitor cell temperatures and reduce charge/discharge rates when temperatures exceed safe limits.

4. Wheels, Tires and Suspension

Wheels, tires, and suspension can significantly change how an electric motorcycle feels and performs.

Wheel Size

Different wheel sizes can be selected depending on the vehicle platform and intended use.

The choice can affect:

• Handling
• Ride comfort
• Ground clearance
• Tire availability
• Overall styling

Tire Configuration

Potential customization areas include:

• Tire size
• Tire width
• Tread pattern
• Road-oriented tires
• More utility-oriented tire configurations
• Tubeless vs. tube-type
• Load index and speed rating

For example, a motorcycle designed primarily for urban roads may use a different tire setup from a vehicle intended for rougher roads or commercial applications.

Suspension

Suspension customization can include:

• Front fork
• Rear shock absorbers
• Suspension travel
• Spring characteristics
• Ride height
• Dual progressive-rate rear hydraulic shock absorbers for passenger transport

These changes can be particularly relevant when the vehicle is expected to carry heavier loads or operate on less-developed roads.

5. Frame, Body and Structural Customization

Not all customization is equally simple.

Changing a body panel is very different from changing the motorcycle’s structural frame.

Body Panels

Bodywork can include:

• Front covers
• Side panels
• Fenders
• Tail sections
• Battery covers
• Decorative panels

Changing these components can substantially alter the visual identity of an electric motorcycle without necessarily requiring a completely new vehicle platform.

Cost reference: Custom injection molds for ABS/PP plastic body fairings typically cost $15,000–$45,000 per full vehicle set, depending on mold steel grade and cavity count.

Frame and Structural Changes

More extensive customization may involve:

• Frame geometry
• Mounting points
• Battery compartments
• Cargo structures
• Passenger structures
• Wheelbase
• Ground clearance
• Load-bearing components
• Steering rake and trail angles

Structural changes require substantially more engineering validation than cosmetic customization.

They may also affect vehicle handling, load capacity, component compatibility, testing, and regulatory requirements.

Structural Testing and Engineering Validation

When evaluating a factory’s engineering capability for structural projects, ask whether they can perform or coordinate:

• FEA (Finite Element Analysis): Structural simulation to validate frame and mounting point design before tooling.
• Dynamic chassis fatigue vibration tests: Long-duration vibration testing to simulate real-world road conditions.
• Steering column torsion tests: Validating steering assembly strength under load.
• Salt-spray corrosion tests: Verifying coating and material durability in humid or coastal markets.
• Robotic tube-bending and welding: For consistent frame geometry and weld quality.

6. Retro and Classic Electric Motorcycle Styling

Available Model · BENLG Leo

A custom electric motorcycle does not necessarily have to look futuristic.

Retro and classic styling can be created through carefully selected components and bodywork.

Common elements include:

• Round headlights
• Vintage-style mirrors
• Metal-look or classic fenders
• Traditional-style seats
• Retro body panels
• Classic instrument designs
• Chrome or metallic decorative elements

Importantly, a retro appearance does not always require a completely new frame.

In some projects, replacing the headlight, front cover, body panels, seat, mirrors, and other visual components can substantially change the appearance while retaining the underlying vehicle platform.

This can make retro styling a practical option when the objective is to create a different market identity without developing an entirely new motorcycle from the ground up.

Based on BENLG’s project experience Buyers seeking retro styling on a budget typically start with lighting and fascia changes — round headlight, classic fender, retro turn signals — before committing to deeper bodywork modifications.

7. Cafe Racer-Inspired Customization

Custom Styling Direction

The Cafe Racer style is associated with a distinctive minimalist and performance-oriented appearance.

Typical design elements may include:

• Single-seat or shortened rear-seat designs
• Low or sport-oriented handlebars
• Round headlights
• Minimal bodywork
• Compact rear sections
• Sportier visual proportions

Some Cafe Racer-inspired projects can be achieved primarily through body, seat, lighting, and component changes.

However, a more comprehensive Cafe Racer conversion may require changes to the riding position, frame-related components, suspension, or other structural elements.

The difference matters for commercial projects because a styling package and a fundamentally redesigned motorcycle involve very different development requirements.

8. Scrambler-Inspired Customization

Custom Styling Direction

A Scrambler-inspired electric motorcycle combines distinctive styling with equipment suited to a wider range of road conditions.

Possible customization areas include:

• Wider or more utility-oriented tires
• Different wheel configurations
• Higher handlebars
• Front fender design
• Protective components
• Suspension setup
• Increased ground clearance
• Scrambler-style bodywork

Some of these changes are primarily cosmetic, while others affect the vehicle’s mechanical configuration.

For example, changing the headlight and body panels can create a Scrambler-inspired appearance, while changing suspension, wheels, tires, and ground clearance requires more consideration of the motorcycle’s actual performance and geometry.

9. Modern & Crossover / ADV Style

Available Model · BENLG ADV

For contemporary urban commuters and buyers targeting the adventure-scooter segment, modern and crossover styling packages are increasingly popular.

Typical design elements may include:

• Sharp, angular body fairings
• Full-LED aerodynamic lighting signatures
• Integrated aerodynamic air ducts
• Crossover “ADV-style” riding postures
• Large wheel platforms (such as 14-inch wheels) that blend scooter practicality with motorcycle road presence

Modification level is typically medium. Bodywork and lighting changes are common; frame modifications may be required for significant riding posture changes.

10. Seat, Ergonomics and Passenger Configuration

The riding position is another area that can be customized.

Possible changes include:

• Single seat
• Dual seat
• Long bench seat
• Seat height
• Seat cushioning (high-density cold-molded memory foam)
• Seat material (waterproof marine-grade vinyl, diamond-quilted retro textures)
• Contrast accent stitching
• Passenger footrests
• Ergonomic passenger grab handles
• Handlebar configuration

For passenger-oriented motorcycles, seating and footrest design can be especially important.

For commercial fleets, ergonomic customization may also need to account for long operating hours, rider turnover, payload, and local riding conditions.

11. Lighting and Electrical Equipment

Lighting is both a functional and styling component.

Potential customization areas include:

• Headlights
• Turn signals
• Taillights
• Brake lights
• Daytime running lights
• Instrument displays
• Logo integration in the lens or housing — permanent, integrated branding that cannot peel off or fade

Lighting changes can have a particularly strong visual effect.

For example, replacing a modern headlight with a round headlight can immediately move a motorcycle toward a retro design language without changing its basic frame.

However, lighting and electrical components must still be compatible with the vehicle’s electrical system and applicable regulations in the target market.

Cost reference: A custom headlight or taillight mold with integrated brand logo typically costs $4,500–$13,000 and adds 4–8 weeks to the timeline.

12. Audio and Entertainment Features

Audio is another customization option that is sometimes overlooked when discussing electric motorcycles.

Depending on the vehicle and target market, customization can include:

• Bluetooth speakers
• Integrated speakers
• USB charging ports (Type-A and Type-C)
• Smartphone holders
• Multimedia displays
• Bluetooth connectivity
• Programmable electronic engine-sound generators for safety regulations

For some consumer-oriented or lifestyle motorcycles, integrated audio can become part of the vehicle’s identity rather than simply an aftermarket accessory.

The electrical load, available space, waterproofing, mounting method, and user interface should be considered when integrating these systems.

13. Smart and Connected Features

Modern electric motorcycles can also be customized with connected and smart technologies.

China’s electric two-wheeler supply chain provides a wide range of mature components and technology solutions, allowing manufacturers to integrate suitable functions into a vehicle project according to its requirements.

Potential features include:

GPS Tracking

Useful for:

• Vehicle location
• Theft recovery
• Fleet monitoring
• Digital geofencing

NFC and Keyless Systems

Possible functions include:

• Keyless unlocking
• NFC-based vehicle access
• Smart anti-theft functions

Bluetooth Connectivity

Bluetooth can connect the vehicle with a smartphone or other devices, depending on the selected system.

Smart Dashboards

A customized dashboard may provide information such as:

• Speed
• Battery status
• Riding information
• Navigation-related functions
• Vehicle alerts
• Tire pressure monitoring system (TPMS) readouts
• Custom boot-screen animation featuring your brand logo

Anti-Theft Systems

Possible solutions include:

• Electronic immobilizers
• Alarm systems
• GPS-based tracking
• Remote monitoring
• Remote motor immobilization

Fleet Management

For commercial operators, connected systems can potentially provide:

• Vehicle location
• Fleet monitoring
• Battery information
• Usage data
• Maintenance-related alerts
• Open API integration for your software platform

The exact functions depend on the hardware, software platform, communication system, and target application.

For a B2B customization project, the manufacturer does not necessarily need to develop every smart component from scratch. Suitable solutions from the supply chain can be evaluated and integrated into the vehicle according to the project’s requirements.

14. Protection and Crash Bars

Protection components serve two purposes: they protect the vehicle from damage, and they protect the rider in certain low-speed situations. For fleet operators and commercial buyers, these are not just cosmetic add-ons — they directly reduce repair costs and vehicle downtime.

Crash Bars / Guard Rails

• Front crash bars: Protect the front fairing, headlight, and leg area in a low-speed tip-over or minor collision.
• Rear crash bars: Protect the rear bodywork, taillight, and exhaust area.
• Side guards: Protect the battery compartment and side panels — particularly important for electric motorcycles where the battery pack is a high-value component.
• Material options: Steel (stronger, heavier) or aluminum (lighter, more expensive).
• Finish options: Powder-coated (durable, matte or gloss) or chrome (classic look).
• Branding: Crash bars can be customized with your brand name, logo, or model designation laser-etched or embossed into the tube.

Headlight Guards

• Metal mesh or plastic guards that protect the headlight lens from flying debris.
• Common for Scrambler, ADV, and off-road-oriented builds.

Underbody Bash Plates

• Metal or heavy-duty plastic plates mounted under the frame to protect the battery compartment and motor from rocks, curbs, and debris.
• Particularly relevant for vehicles operating on rough roads or in construction zones.

Hand Guards

• Protect the rider’s hands from wind, debris, and minor impacts.
• Also protect the brake and clutch levers in a tip-over.
• Available in plastic or aluminum with plastic covers.

Motor and Controller Guards

• Custom metal or plastic covers that protect the motor housing and controller from debris, water spray, and physical impact.
• Important for off-road and utility applications.

15. Cargo and Commercial Customization

For businesses, customization often has less to do with appearance and more to do with what the motorcycle needs to carry or accomplish.

Commercial configurations may include:

• Rear cargo racks
• Delivery boxes
• Front baskets
• Side racks
• Tool storage
• Reinforced cargo structures
• Delivery-specific equipment

Delivery Motorcycles

A delivery motorcycle may prioritize:

• Cargo capacity
• Rear rack dimensions
• Delivery box compatibility (30–50 kg insulated food boxes or modular parcel crates)
• Payload and GVWR (up to 150–200 kg total payload without chassis flex)
• Battery range and swappable battery systems
• Rider ergonomics for 8–10 hour shifts
• Front-mounted cargo baskets and central footwell compartments

For comprehensive fleet selection criteria, read our guide on what makes a good delivery motorcycle.

Utility Motorcycles

A service or utility motorcycle may require:

• Tool storage
• Larger racks
• Protective equipment
• Additional mounting points
• Flat footboard tie-down points
• Side saddle-rack mounting bars

Passenger Transport & Ride-Hailing

For urban commuting, two-up tourism rentals, or motorcycle-taxi services, configure the platform with:

• Extended dual-passenger bench seats
• Heavy-duty rear passenger footpegs
• Ergonomic passenger grab handles
• Dual progressive-rate rear hydraulic shock absorbers
• Homologated seating capacity for two riders

This is a good example of why “custom” does not always mean creating a completely new motorcycle. In many cases, the existing platform can be adapted around a specific commercial application.

16. Accessories and Optional Equipment

Some customization projects involve relatively simple accessories rather than engineering changes.

Depending on the vehicle platform, options may include:

• Windshields
• Rear luggage racks
• Top cases
• Side cases
• Phone holders
• Mirrors
• Hand guards
• Protective components (crash bars, headlight mesh guards, underbody bash plates)
• Additional storage
• Passenger accessories

Accessories can be useful when a buyer wants to adapt a standard vehicle for a particular market without making major changes to the underlying platform.

17. Branding and Visual Identity

For distributors and motorcycle brands, branding can be just as important as technical specifications.

Brand customization may include:

• Vehicle color (Pantone or RAL matching)
• Brand logo (3D electroplated zinc-alloy badges, brushed aluminum plates, screen-printed fairing logos)
• Decals and graphics (vector files required: AI, EPS, PDF)
• Seat colors and stitching
• Badges and emblems
• Packaging (branded export cartons, user manuals, warranty cards)
• Labels
• User documentation

These changes can give a production platform a distinct commercial identity.

However, branding customization should be distinguished from engineering customization. Adding a logo or changing the paint is fundamentally different from developing a new frame or powertrain.

Hard Badges — The Most Common Low-Cost Branding Option

Hard badges are three-dimensional metal or plastic emblems that are physically mounted onto the vehicle — typically on the headstock, side covers, or fuel tank area. They are one of the most common and cost-effective branding options for first-time buyers.

• Material options: Die-cast zinc alloy (chrome-plated, brushed, or painted), stamped aluminum, or injection-molded plastic.
• Mounting methods: Screw-fixed (most secure), 3M adhesive tape (no drilling required), or integrated into the body panel mold.
• Design flexibility: Can be produced in almost any shape, size, and finish to match your brand identity.
• Durability: Far more resistant to weathering, UV, and washing than decals or stickers.

A-Frame Advertising Boards — Brand Visibility on the Move

An A-frame advertising board (also called a promotional signage board) is a simple but effective branding and marketing accessory that mounts onto the rear rack or side of the vehicle. It allows your brand or product message to be visible while the vehicle is parked or in use.

• Typical placement: Rear cargo rack, side panels, or front basket area.
• Material: Lightweight plastic or aluminum frame with a printed panel.
• Use cases: Ideal for dealership promotional vehicles, demonstration fleets, or service vehicles that operate in high-visibility areas.
• Customization: Can be printed with your brand logo, dealer contact information, or a specific promotional message.

Customization Levels: From Simple Changes to Engineering Development

One useful way to evaluate a custom electric motorcycle project is to divide customization into several levels.

Level 1: Appearance Customization

Examples:

• Paint
• Graphics
• Logo
• Hard badges
• Advertising boards
• Seat color
• Mirrors
• Headlights
• Decorative components

These changes are generally the least complex.

Level 2: Component Configuration

Examples:

• Battery
• Motor
• Controller
• Tires
• Suspension
• Dashboard
• Lighting
• Cooling components

These changes require more attention to compatibility and vehicle configuration.

Level 3: Functional Customization

Examples:

• Delivery equipment
• Passenger configuration
• Cargo systems
• Smart features
• Battery-swapping systems
• Fleet equipment
• Crash bars and protection components

These changes adapt the motorcycle to a specific use case.

Level 4: Engineering Customization

Examples:

• New frame structures
• Major body redesign
• New battery packaging
• Significant powertrain changes
• New mounting structures
• Extensive changes to vehicle geometry
• Liquid cooling system integration

These projects require substantially more engineering, validation, testing, and potentially tooling.

The deeper the customization, the more important it becomes to evaluate engineering requirements, production volume, testing, certification, tooling, development time, and cost before production begins.

What Should You Consider Before Customizing an Electric Motorcycle?

Before requesting a customized electric motorcycle, it is useful to define the actual business and technical requirements.

1. Intended Application

Start with the application:

• Urban commuting
• Delivery
• Passenger transport
• Fleet operation
• Utility work
• Lifestyle or recreational use

The application determines which customizations are actually useful.

2. Target Market

Requirements can vary significantly between countries.

Consider:

• Vehicle classification
• Speed requirements
• Lighting requirements
• Battery requirements
• Certification
• Registration
• Local road-use regulations
• Climate and terrain conditions

A configuration that works in one market may not automatically be suitable for another.

3. Required Performance

Define the requirements rather than simply asking for “more power.”

Useful parameters include:

• Target speed
• Expected range
• Payload
• Number of passengers
• Typical terrain
• Acceleration requirements
• Daily operating distance
• Continuous duty cycle (hours per day)

4. Battery and Charging Requirements

Consider:

• Required daily range
• Charging infrastructure
• Charging time
• Removable vs. fixed batteries
• Single vs. dual battery
• Battery-swapping requirements

5. Production Volume

The expected production quantity can influence whether a customization is commercially practical.

A change that makes sense for a large production run may not make economic sense for a small order.

6. Development Time and Budget

Simple cosmetic changes and major engineering changes have very different development requirements.

Before requesting extensive customization, clarify whether the project requires:

• Existing components
• New tooling
• New molds
• Engineering development
• Prototype testing
• Certification work

Custom Electric Motorcycle vs. Standard Production Model

Customization does not automatically mean that a motorcycle must be developed from scratch.

The most practical solution is often somewhere between a completely standard vehicle and a completely new motorcycle.

For example, a distributor may retain the existing platform while changing the body color, logo, seat, lighting, battery configuration, and commercial accessories.

A different project may require a new body design, structural changes, or a different powertrain.

What You Should NOT Do — And What You Should Do Instead

When Does Customization Become OEM or ODM Development?

The terms customization, OEM, and ODM can overlap, but they do not describe exactly the same thing.

A project involving colors, logos, accessories, or selected components may be relatively straightforward customization.

When the project involves substantial product development, engineering changes, new vehicle structures, or a production model developed around a brand’s requirements, it can become an OEM or ODM manufacturing project.

The key question is therefore not simply:

“Can this motorcycle be customized?”

It is:

“How much of the motorcycle needs to change?”

If you are looking for a production-ready electric motorcycle under your own brand and need more extensive product development or manufacturing support, see our OEM and ODM electric motorcycle manufacturing service.

Final Thoughts

A custom electric motorcycle can be customized at many different levels.

You may only need a different color, logo, seat, headlight, or body cover. You may instead need a different battery configuration, motor, suspension, cargo system, passenger configuration, or smart technology.

Some projects focus on creating a distinctive style such as Retro, Cafe Racer, or Scrambler, while others are designed around commercial requirements such as delivery, passenger transport, or fleet operation.

The most important distinction is between appearance customization, component configuration, functional customization, and engineering development.

A good customization project starts with the intended application and target market, then works backward to determine which changes are actually necessary. This approach can help avoid paying for unnecessary engineering work while ensuring that the final vehicle fits the requirements of the business.

Frequently Asked Questions

How BENLG Supports Custom Electric Motorcycle Projects

BENLG has been manufacturing electric two- and three-wheelers since 2003, with over 20 years of experience in custom electric motorcycle production. We export to more than 65 countries.

What BENLG offers for customization projects:

Whether you are planning a light branding update or a deep engineering customization, BENLG’s team can help you define the right scope for your market and your business stage.