Two-Wheeler ABS in India: A Guide for EV and ICE OEMs Looking for an ABS Supplier
Anti-lock Braking Systems (ABS) are an important active safety technology for motorcycles, scooters and electric two-wheelers. As the Indian two-wheeler market evolves, vehicle manufacturers must consider braking performance, vehicle architecture, cost, integration and applicable regulations when developing new platforms.
For OEMs searching for a 2-wheeler ABS supplier in India, choosing the right technology partner involves more than sourcing an ABS component. It requires an understanding of the complete system, including wheel-speed sensing, electronic control, hydraulic integration, embedded software, calibration and vehicle-level validation.
This guide explains how ABS works, why it matters for EV and ICE scooters, how it differs from CBS, and what OEMs should evaluate when selecting an ABS development partner.
What is an Anti-lock Braking System (ABS)?
An Anti-lock Braking System is an electronic braking safety system designed to help prevent a wheel from locking during braking.
When a rider applies the brakes, the system monitors wheel speed. If it detects conditions indicating an impending wheel lock, the ABS controller regulates brake pressure to help maintain wheel rotation and vehicle control.
A typical two-wheeler ABS system includes:
Wheel-speed sensors
Tone rings or sensor targets
ABS Electronic Control Unit (ECU)
Hydraulic control unit or modulator
Valves and pump
Electrical wiring and connectors
Embedded control software
The hardware and software must work together and be calibrated for the vehicle's weight, wheel configuration, braking components, tyres and intended operating conditions.
Why Do Electric and ICE Scooters Need ABS?
Scooters are commonly used for daily commuting, city travel and stop-and-go traffic. Many operate at moderate speeds and are designed to be lightweight and affordable.
However, lower vehicle weight or typical city speeds do not eliminate the possibility of wheel lock during sudden braking.
A rider may need to brake unexpectedly because of:
A vehicle suddenly entering the rider's path
Pedestrians crossing the road
Wet or slippery road surfaces
Loose gravel, sand or uneven surfaces
Sudden traffic congestion
Emergency braking at an intersection
If a wheel locks under braking, the rider may lose some steering or directional control. ABS helps manage wheel slip and reduce the likelihood of sustained wheel lock.
ABS do not prevent every accident or guarantee a shorter stopping distance in every situation. Its effectiveness depends on road conditions, tyre grip, vehicle design and system calibration.
Does a lightweight, low-speed scooter need ABS?
A lightweight scooter can still experience wheel lock. The important factor is not simply the vehicle's weight or normal cruising speed, but the available tyre grip and the braking force applied in a particular situation.
Even in city traffic, emergency braking can happen suddenly. ABS can therefore be relevant to both lightweight scooters and higher-performance motorcycles.
For OEMs, the appropriate ABS configuration should be evaluated against the vehicle's intended use, braking architecture, safety targets and applicable regulations.
ABS vs CBS: What Is the Difference?
Combined Braking System (CBS) and Anti-lock Braking System (ABS) serve different purposes.
CBS distributes braking force across more than one wheel when the rider operates a particular brake control. ABS monitors wheel speed and regulates brake pressure to help prevent wheel lock.
Feature | CBS | ABS |
Primary function | Distributes braking force | Helps prevent wheel lock |
Wheel-speed monitoring | Not its defining function | Yes |
Electronic control | Not necessarily required | Required |
Brake-pressure modulation to manage wheel slip | No | Yes |
Helps maintain control during hard braking | Through brake distribution | By managing wheel slip |
CBS can support balanced braking, but it does not perform the same wheel-lock prevention function as ABS. A disc brake is also not the same as ABS: a disc brake can still lock a wheel if sufficient braking force is applied.
For OEMs considering a change in braking architecture, the decision should include hydraulic design, sensor mounting, ECU integration, calibration and vehicle-level testing.
ABS for Electric Scooters: What Should OEMs Consider?
Electric scooters share the same fundamental tyre-road grip limitations as ICE scooters. Their braking systems also need to account for the vehicle's electrical architecture.
One important consideration is regenerative braking.
Regenerative braking uses the electric motor to slow the vehicle and recover energy. ABS manages wheel slip through braking-system control. Where regenerative braking is fitted, the interaction between regenerative and friction braking must be considered during system development.
OEMs evaluating an electric scooter ABS supplier should assess:
Compatibility with the vehicle's braking architecture
Electrical supply and system interfaces
Wheel-speed sensor integration
Communication requirements, including CAN where applicable
Coordination with regenerative braking
Embedded software and vehicle-specific calibration
Diagnostics and fault-handling strategy
Vehicle-level validation
The final integration approach depends on the EV platform, motor controller, brake layout and system requirements.
ABS for ICE Scooters and Motorcycles
ICE two-wheelers also benefit from ABS technology because sudden braking can cause wheel lock regardless of the powertrain.
For ICE platforms, ABS integration typically requires consideration of the front and rear braking circuits, wheel-speed sensing, hydraulic components, ECU packaging, electrical interfaces and calibration.
The right solution depends on the vehicle category, engine and performance characteristics, brake configuration and applicable approval requirements.
For manufacturers developing new ICE models or updating existing platforms, ABS architecture should be considered early in the vehicle development process.
Single-Channel vs Dual-Channel ABS
Two common ABS configurations used in two-wheelers are single-channel and dual-channel ABS.
Single-channel ABS
Single-channel ABS controls brake pressure at one wheel, commonly the front wheel.
It can be considered for platforms where the vehicle architecture, safety requirements, cost targets and applicable regulations support this configuration.
However, the wheel without ABS control can still lock under braking. OEMs should understand this limitation when selecting a system.
Dual-channel ABS
Dual-channel ABS independently controls the front and rear brake circuits.
It provides ABS control at both wheels and requires an architecture that supports the additional hydraulic components, sensing, integration and calibration.
Consideration | Single-channel ABS | Dual-channel ABS |
ABS-controlled wheels | One | Two |
System architecture | Simpler | More involved |
Hydraulic integration | One controlled circuit | Front and rear controlled circuits |
Application | Depends on vehicle requirements | Depends on vehicle requirements |
The right choice is not determined by price alone. OEMs should evaluate vehicle category, regulatory requirements, braking performance targets, packaging and validation needs before finalising the architecture.
Two-Wheeler ABS Regulations in India
India's two-wheeler braking requirements are addressed under the Central Motor Vehicles Rules (CMVR), including Rule 96, and the applicable Indian Standard, IS 14664:2010.
MoRTH notification G.S.R. 310(E), dated 16 March 2016, introduced requirements for two-wheelers. Under the specified L2 provisions, vehicles meeting defined criteria including engine capacity up to 125 cc, maximum continuous rated or net power up to 11 kW and power-to-weight ratio up to 0.1 kW/kg were permitted to use ABS or CBS conforming to IS 14664:2010. Other covered two-wheelers are subject to ABS fitment requirements under the rule.
In June 2025, MoRTH published G.S.R. 415(E) as a draft notification proposing ABS fitment for all L2-category vehicles manufactured from 1 January 2026.
A draft notification should not be treated as final law by itself. OEMs should verify the latest final Gazette notification, vehicle classification and applicable type-approval requirements with the relevant testing or certification authority before making compliance decisions.
For electric two-wheelers, manufacturers should confirm how the applicable vehicle category and technical criteria apply to their specific platform.
What Should OEMs Look for in a Two-Wheeler ABS Supplier?
Selecting an ABS supplier is an important engineering decision. OEMs should evaluate the complete system and the supplier's ability to support vehicle-level integration.
Key areas to assess include:
1. ABS system architecture Check whether the supplier can support the required single-channel or dual-channel configuration.
2. Hardware and ECU capability Evaluate the ABS ECU, sensing arrangement, hydraulic components, electrical interfaces and packaging requirements.
3. Embedded software and calibration the control software must be calibrated for the vehicle's braking characteristics, wheel configuration and intended operating conditions.
4. EV integration For electric platforms, assess how the ABS architecture works with the vehicle's electrical system and regenerative-braking strategy, where applicable.
5. Communication and diagnostics Review required communication interfaces, fault detection, diagnostics and integration with other vehicle systems.
6. Testing and validation Understand the supplier's support for vehicle-level testing, performance evaluation and applicable homologation activities.
7. Engineering and development support A suitable technology partner should be able to understand the OEM's platform requirements and work through integration and development activities.
OEMs should separately verify product specifications, test evidence, certifications and regulatory claims before selecting a supplier.
Ettiksoft: Two-Wheeler ABS Hardware and Embedded Software Solutions
Ettiksoft Technologies develops indigenous ABS technology for two-wheeler applications, with single-channel and dual-channel ABS solutions.
Its two-wheeler ABS portfolio includes Performance, Performance Plus and Premium variants. Depending on the selected configuration, the solution supports capabilities such as wheel-speed sensing, ECU-based control, CAN communication, vehicle-specific calibration, diagnostics and features intended for electric two-wheeler applications.
Ettiksoft's engineering support covers activities associated with vehicle integration, mounting, hydraulic integration, embedded software calibration and vehicle-level validation.
For EV platforms, integration requirements can also include coordination with the vehicle's regenerative-braking strategy, depending on the system architecture.
For two-wheeler OEMs evaluating an ABS supplier in India, Ettiksoft offers an engineering partnership to discuss the required ABS configuration and vehicle development needs.
Explore Ettiksoft's Two-Wheeler ABS solutions or contact the team to discuss your vehicle platform.
Frequently Asked Questions About Two-Wheeler ABS
1. Who makes ABS for two-wheelers in India?
The Indian market includes established automotive suppliers and technology providers offering braking and ABS solutions. Ettiksoft Technologies develops indigenous single-channel and dual-channel ABS solutions for two-wheeler applications.
2. Does an electric scooter need ABS?
An electric scooter can benefit from ABS because wheel lock can occur during sudden braking, regardless of whether the vehicle uses an electric or ICE powertrain. The required system configuration depends on vehicle design, performance and applicable regulations.
3. Is ABS better than CBS?
ABS and CBS perform different functions. CBS distributes braking force, while ABS helps prevent wheel lock by regulating brake pressure. The appropriate system depends on the vehicle's requirements and applicable regulations.
4. What is the difference between single-channel and dual-channel ABS?
Single-channel ABS controls one wheel, commonly the front wheel. Dual-channel ABS independently controls both front and rear brake circuits.
5. Can ABS be integrated into electric scooters?
Yes. ABS can be integrated into electric two-wheelers. The development process should account for the braking layout, electrical architecture, sensor integration and regenerative braking where applicable.
6. What does an ABS ECU do?
The ABS Electronic Control Unit processes wheel-speed sensor signals and controls the hydraulic system to regulate brake pressure when it detects conditions indicating an impending wheel lock.
7. Is ABS mandatory for all two-wheelers in India?
The requirements depend on the applicable CMVR provisions and vehicle classification. G.S.R. 310(E) established the existing framework, while G.S.R. 415(E), published in June 2025, proposed extending ABS to all L2 vehicles from 1 January 2026. OEMs should verify the latest final Gazette notification before making compliance decisions.
8. How can an OEM choose an ABS supplier in India?
OEMs should evaluate ABS architecture, hardware capability, ECU and embedded software, vehicle integration, calibration, EV compatibility, testing and validation support, and applicable regulatory requirements.
Anti-lock Braking Systems (ABS) are an important active safety technology for motorcycles, scooters and electric two-wheelers. As the Indian two-wheeler market evolves, vehicle manufacturers must consider braking performance, vehicle architecture, cost, integration and applicable regulations when developing new platforms.
For OEMs searching for a 2-wheeler ABS supplier in India, choosing the right technology partner involves more than sourcing an ABS component. It requires an understanding of the complete system, including wheel-speed sensing, electronic control, hydraulic integration, embedded software, calibration and vehicle-level validation.
This guide explains how ABS works, why it matters for EV and ICE scooters, how it differs from CBS, and what OEMs should evaluate when selecting an ABS development partner.
What is an Anti-lock Braking System (ABS)?
An Anti-lock Braking System is an electronic braking safety system designed to help prevent a wheel from locking during braking.
When a rider applies the brakes, the system monitors wheel speed. If it detects conditions indicating an impending wheel lock, the ABS controller regulates brake pressure to help maintain wheel rotation and vehicle control.
A typical two-wheeler ABS system includes:
Wheel-speed sensors
Tone rings or sensor targets
ABS Electronic Control Unit (ECU)
Hydraulic control unit or modulator
Valves and pump
Electrical wiring and connectors
Embedded control software
The hardware and software must work together and be calibrated for the vehicle's weight, wheel configuration, braking components, tyres and intended operating conditions.
Why Do Electric and ICE Scooters Need ABS?
Scooters are commonly used for daily commuting, city travel and stop-and-go traffic. Many operate at moderate speeds and are designed to be lightweight and affordable.
However, lower vehicle weight or typical city speeds do not eliminate the possibility of wheel lock during sudden braking.
A rider may need to brake unexpectedly because of:
A vehicle suddenly entering the rider's path
Pedestrians crossing the road
Wet or slippery road surfaces
Loose gravel, sand or uneven surfaces
Sudden traffic congestion
Emergency braking at an intersection
If a wheel locks under braking, the rider may lose some steering or directional control. ABS helps manage wheel slip and reduce the likelihood of sustained wheel lock.
ABS do not prevent every accident or guarantee a shorter stopping distance in every situation. Its effectiveness depends on road conditions, tyre grip, vehicle design and system calibration.
Does a lightweight, low-speed scooter need ABS?
A lightweight scooter can still experience wheel lock. The important factor is not simply the vehicle's weight or normal cruising speed, but the available tyre grip and the braking force applied in a particular situation.
Even in city traffic, emergency braking can happen suddenly. ABS can therefore be relevant to both lightweight scooters and higher-performance motorcycles.
For OEMs, the appropriate ABS configuration should be evaluated against the vehicle's intended use, braking architecture, safety targets and applicable regulations.
ABS vs CBS: What Is the Difference?
Combined Braking System (CBS) and Anti-lock Braking System (ABS) serve different purposes.
CBS distributes braking force across more than one wheel when the rider operates a particular brake control. ABS monitors wheel speed and regulates brake pressure to help prevent wheel lock.
Feature | CBS | ABS |
Primary function | Distributes braking force | Helps prevent wheel lock |
Wheel-speed monitoring | Not its defining function | Yes |
Electronic control | Not necessarily required | Required |
Brake-pressure modulation to manage wheel slip | No | Yes |
Helps maintain control during hard braking | Through brake distribution | By managing wheel slip |
CBS can support balanced braking, but it does not perform the same wheel-lock prevention function as ABS. A disc brake is also not the same as ABS: a disc brake can still lock a wheel if sufficient braking force is applied.
For OEMs considering a change in braking architecture, the decision should include hydraulic design, sensor mounting, ECU integration, calibration and vehicle-level testing.
ABS for Electric Scooters: What Should OEMs Consider?
Electric scooters share the same fundamental tyre-road grip limitations as ICE scooters. Their braking systems also need to account for the vehicle's electrical architecture.
One important consideration is regenerative braking.
Regenerative braking uses the electric motor to slow the vehicle and recover energy. ABS manages wheel slip through braking-system control. Where regenerative braking is fitted, the interaction between regenerative and friction braking must be considered during system development.
OEMs evaluating an electric scooter ABS supplier should assess:
Compatibility with the vehicle's braking architecture
Electrical supply and system interfaces
Wheel-speed sensor integration
Communication requirements, including CAN where applicable
Coordination with regenerative braking
Embedded software and vehicle-specific calibration
Diagnostics and fault-handling strategy
Vehicle-level validation
The final integration approach depends on the EV platform, motor controller, brake layout and system requirements.
ABS for ICE Scooters and Motorcycles
ICE two-wheelers also benefit from ABS technology because sudden braking can cause wheel lock regardless of the powertrain.
For ICE platforms, ABS integration typically requires consideration of the front and rear braking circuits, wheel-speed sensing, hydraulic components, ECU packaging, electrical interfaces and calibration.
The right solution depends on the vehicle category, engine and performance characteristics, brake configuration and applicable approval requirements.
For manufacturers developing new ICE models or updating existing platforms, ABS architecture should be considered early in the vehicle development process.
Single-Channel vs Dual-Channel ABS
Two common ABS configurations used in two-wheelers are single-channel and dual-channel ABS.
Single-channel ABS
Single-channel ABS controls brake pressure at one wheel, commonly the front wheel.
It can be considered for platforms where the vehicle architecture, safety requirements, cost targets and applicable regulations support this configuration.
However, the wheel without ABS control can still lock under braking. OEMs should understand this limitation when selecting a system.
Dual-channel ABS
Dual-channel ABS independently controls the front and rear brake circuits.
It provides ABS control at both wheels and requires an architecture that supports the additional hydraulic components, sensing, integration and calibration.
Consideration | Single-channel ABS | Dual-channel ABS |
ABS-controlled wheels | One | Two |
System architecture | Simpler | More involved |
Hydraulic integration | One controlled circuit | Front and rear controlled circuits |
Application | Depends on vehicle requirements | Depends on vehicle requirements |
The right choice is not determined by price alone. OEMs should evaluate vehicle category, regulatory requirements, braking performance targets, packaging and validation needs before finalising the architecture.
Two-Wheeler ABS Regulations in India:
India's two-wheeler braking requirements are addressed under the Central Motor Vehicles Rules (CMVR), including Rule 96, and the applicable Indian Standard, IS 14664:2010.
MoRTH notification G.S.R. 310(E), dated 16 March 2016, introduced requirements for two-wheelers. Under the specified L2 provisions, vehicles meeting defined criteria including engine capacity up to 125 cc, maximum continuous rated or net power up to 11 kW and power-to-weight ratio up to 0.1 kW/kg were permitted to use ABS or CBS conforming to IS 14664:2010. Other covered two-wheelers are subject to ABS fitment requirements under the rule.
In June 2025, MoRTH published G.S.R. 415(E) as a draft notification proposing ABS fitment for all L2-category vehicles manufactured from 1 January 2026.
A draft notification should not be treated as final law by itself. OEMs should verify the latest final Gazette notification, vehicle classification and applicable type-approval requirements with the relevant testing or certification authority before making compliance decisions.
For electric two-wheelers, manufacturers should confirm how the applicable vehicle category and technical criteria apply to their specific platform.
What Should OEMs Look for in a Two-Wheeler ABS Supplier?
Selecting an ABS supplier is an important engineering decision. OEMs should evaluate the complete system and the supplier's ability to support vehicle-level integration.
Key areas to assess include:
1. ABS system architecture Check whether the supplier can support the required single-channel or dual-channel configuration.
2. Hardware and ECU capability Evaluate the ABS ECU, sensing arrangement, hydraulic components, electrical interfaces and packaging requirements.
3. Embedded software and calibration The control software must be calibrated for the vehicle's braking characteristics, wheel configuration and intended operating conditions.
4. EV integration For electric platforms, assess how the ABS architecture works with the vehicle's electrical system and regenerative-braking strategy, where applicable.
5. Communication and diagnostics Review required communication interfaces, fault detection, diagnostics and integration with other vehicle systems.
6. Testing and validationUnderstand the supplier's support for vehicle-level testing, performance evaluation and applicable homologation activities.
7. Engineering and development supportA suitable technology partner should be able to understand the OEM's platform requirements and work through integration and development activities.
OEMs should separately verify product specifications, test evidence, certifications and regulatory claims before selecting a supplier.
Ettiksoft: Two-Wheeler ABS Hardware and Embedded Software Solutions
Ettiksoft Technologies develops indigenous ABS technology for two-wheeler applications, with single-channel and dual-channel ABS solutions.
Its two-wheeler ABS portfolio includes Performance, Performance Plus and Premium variants. Depending on the selected configuration, the solution supports capabilities such as wheel-speed sensing, ECU-based control, CAN communication, vehicle-specific calibration, diagnostics and features intended for electric two-wheeler applications.
Ettiksoft's engineering support covers activities associated with vehicle integration, mounting, hydraulic integration, embedded software calibration and vehicle-level validation.
For EV platforms, integration requirements can also include coordination with the vehicle's regenerative-braking strategy, depending on the system architecture.
For two-wheeler OEMs evaluating an ABS supplier in India, Ettiksoft offers an engineering partnership to discuss the required ABS configuration and vehicle development needs.
Explore Ettiksoft's Two-Wheeler ABS solutions or contact the team to discuss your vehicle platform.
Frequently Asked Questions About Two-Wheeler ABS
1. Who makes ABS for two-wheelers in India?
The Indian market includes established automotive suppliers and technology providers offering braking and ABS solutions. Ettiksoft Technologies develops indigenous single-channel and dual-channel ABS solutions for two-wheeler applications.
2. Does an electric scooter need ABS?
An electric scooter can benefit from ABS because wheel lock can occur during sudden braking, regardless of whether the vehicle uses an electric or ICE powertrain. The required system configuration depends on vehicle design, performance and applicable regulations.
3. Is ABS better than CBS?
ABS and CBS perform different functions. CBS distributes braking force, while ABS helps prevent wheel lock by regulating brake pressure. The appropriate system depends on the vehicle's requirements and applicable regulations.
4. What is the difference between single-channel and dual-channel ABS?
Single-channel ABS controls one wheel, commonly the front wheel. Dual-channel ABS independently controls both front and rear brake circuits.
5. Can ABS be integrated into electric scooters?
Yes. ABS can be integrated into electric two-wheelers. The development process should account for the braking layout, electrical architecture, sensor integration and regenerative braking where applicable.
6. What does an ABS ECU do?
The ABS Electronic Control Unit processes wheel-speed sensor signals and controls the hydraulic system to regulate brake pressure when it detects conditions indicating an impending wheel lock.
7. Is ABS mandatory for all two-wheelers in India?
The requirements depend on the applicable CMVR provisions and vehicle classification. G.S.R. 310(E) established the existing framework, while G.S.R. 415(E), published in June 2025, proposed extending ABS to all L2 vehicles from 1 January 2026. OEMs should verify the latest final Gazette notification before making compliance decisions.
8. How can an OEM choose an ABS supplier in India?
OEMs should evaluate ABS architecture, hardware capability, ECU and embedded software, vehicle integration, calibration, EV compatibility, testing and validation support, and applicable regulatory requirements.
9. Does Ettiksoft offer ABS for electric and ICE two-wheelers?
Ettiksoft develops single-channel and dual-channel ABS solutions for two-wheeler applications. OEMs can discuss their EV or ICE platform requirements with the Ettiksoft team to evaluate the suitable configuration.
ABS is an important part of two-wheeler braking-system development. For both EV and ICE manufacturers, selecting the right ABS architecture involves understanding wheel-lock prevention, vehicle integration, embedded software, calibration, validation and regulatory requirements.
As Indian OEMs develop new electric scooters, motorcycles and other two-wheeler platforms, choosing an experienced ABS technology partner can support the engineering and integration process.
Looking for a 2-wheeler ABS supplier in India?
Connect with Ettiksoft Technologies to discuss single-channel and dual-channel ABS solutions, ECU integration, embedded software and vehicle-specific development requirements.
Ettiksoft Technologies — Engineering the Next Era.
Ettiksoft develops single-channel and dual-channel ABS solutions for two-wheeler applications. OEMs can discuss their EV or ICE platform requirements with the Ettiksoft team to evaluate the suitable configuration.
Conclusion:
ABS is an important part of two-wheeler braking-system development. For both EV and ICE manufacturers, selecting the right ABS architecture involves understanding wheel-lock prevention, vehicle integration, embedded software, calibration, validation and regulatory requirements.
As Indian OEMs develop new electric scooters, motorcycles and other two-wheeler platforms, choosing an experienced ABS technology partner can support the engineering and integration process.
Looking for a 2-wheeler ABS supplier in India?
Connect with Ettiksoft Technologies to discuss single-channel and dual-channel ABS solutions, ECU integration, embedded software and vehicle-specific development requirements.
Ettiksoft Technologies — Engineering the Next Era.
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