Related Products
Motovolt HUM: Advanced Urban E-Mobility with Integrated LFP Power and Robust Engineering
The Motovolt HUM is an engineering-driven electric cycle, purpose-built for urban and last-mile applications. It integrates a robust 250W BLDC rear hub motor with a high-durability 36V Lithium Iron Phosphate (LFP) battery system, offering up to 576Wh capacity for extended range. Its TIG-welded High Tensile Steel frame provides structural integrity, while advanced protection features ensure reliable, efficient performance.
Quick Answer
The Motovolt HUM's core technical advantage lies in its choice of Lithium Iron Phosphate (LFP) battery chemistry, providing superior cycle life and enhanced safety over standard lithium-ion, coupled with an IP67-rated removable design for reliable urban utility.
✓Efficient BLDC Drivetrain: Features a 250W BLDC rear hub motor, IP65 rated, with 3 levels of Pedal Assist System (PAS) and throttle support for versatile power delivery.
✓Advanced LFP Battery System: Equipped with a removable, lockable 36V LFP battery (up to 576Wh), delivering a maximum PAS range of 105 km, complete with a comprehensive BMS and IP67 waterproof rating.
✓Robust Chassis & Integrated Dynamics: Constructed with a TIG-welded High Tensile Steel frame, complemented by front spring fork suspension and mechanical disc brakes, all designed for a 120 kg payload capacity and BIS compliance.
The Motovolt HUM is a rugged Indian workhorse designed for high-utility urban use. Its standout feature is the LFP (LiFePO4) battery technology, offering superior safety and longevity compared to standard cells. Buy this if you're a delivery professional or daily commuter needing a sturdy steel frame with a 16Ah long-range option and integrated carrier. However, at 27kg, it's notably heavy. Avoid it if you prioritize lightweight agility or need a performance-oriented mountain e-bike; it’s strictly built for reliable, last-mile efficiency.
✓ Who Should Buy
- •Urban commuters seeking a reliable, low-maintenance daily e-cycle with significant battery life.
- •Last-mile delivery professionals requiring a durable vehicle capable of extended operational hours and moderate payload capacity.
- •Riders prioritizing safety and long-term battery performance due to the LFP chemistry and IP67 rating.
- •Individuals looking for an Indian-made, BIS-certified electric cycle with smart connectivity features like GPS and mobile app control.
✕ Who Should Avoid
- •Off-road enthusiasts or riders seeking high-performance electric mountain bikes with advanced full suspension systems and higher torque motors.
- •Users requiring multi-speed gearing for diverse terrain or exceptionally steep inclines beyond a 7-degree grade.
- •Riders who prioritize extremely lightweight or foldable designs for maximum portability.
Product Overview
The Motovolt HUM stands as a formidable electric cycle designed for the rigorous demands of urban commuting and last-mile delivery. Engineered in India and launched in 2021, its foundation is a TIG-welded High Tensile Steel diamond frame, finished in a matte aesthetic, providing a robust yet agile platform with a total weight of 27 kg. It accommodates riders with adjustable seat and handlebar positions, ensuring ergonomic adaptability.
At its core, the HUM is powered by a 36V Lithium Iron Phosphate (LFP) battery, available in 6Ah (216Wh), 12Ah (432Wh), and 16Ah (576Wh) variants, ensuring varied range capabilities. This removable, lockable battery system is downtube-mounted and boasts an impressive IP67 rating, further enhanced by an integrated Battery Management System (BMS) for over-voltage, under-voltage, over-current, short-circuit, over-temperature, and deep discharge protection, ensuring longevity and safety. The propulsion is managed by a 250W BLDC rear hub motor with an IP65 rating, delivering a consistent top speed of 25 km/h. The single-speed chain drive system is augmented by three levels of pedal assist and a responsive throttle, utilizing a cadence sensor for intuitive power engagement.
Performance-wise, the HUM offers a maximum range of 45 km (NR), 75 km (MR), or 105 km (LR) in PAS mode, with a robust payload capacity of 120 kg and a climb grade capability of 7 degrees. Charging is efficient with a 3A charger, achieving 0-100% in 4-5 hours, with fast charging support available on the Long Range variant. Braking is handled by reliable mechanical disc brakes on both front and rear wheels, featuring motor cutoff for immediate power disengagement upon braking. Suspension is provided by a front spring fork complemented by a hydraulic sprung seat for enhanced rider comfort. The 26-inch wheels are fitted with 2.1-inch puncture-resistant nylon tube tires on spoke alloy rims.
The user interface includes an LCD display showing speed, odometer, and battery status, supported by integrated headlights, taillights, and turn signals. Connectivity features like Bluetooth, mobile app control, GPS integration, ride history access, and remote diagnostics elevate the user experience, making the Motovolt HUM a technologically advanced and highly dependable electric cycle, fully compliant with BIS safety standards.
| Brand | Motovolt |
| Model Number | HUM |
| Type | Electric Cycle |
| Application Sector | Urban Commute / Last-Mile Delivery |
| Country Of Origin | India |
| Launch Year | 2021 |
| Color | Black / Carbon Grey / Nova Blue / Orange |
| Frame Type | Diamond (Hardtail with Sprung Seat) |
| Standard Compliance | BIS |
| Certifications | BIS |
Related Products
Engineering Analysis
The Motovolt HUM's engineering paradigm prioritizes durability, safety, and efficiency for its target urban and last-mile delivery applications. Its core powertrain leverages a 250W BLDC rear hub motor, an optimal choice for consistent urban speeds of 25 km/h and managing a 7-degree climb grade, indicative of moderate inclines. The IP65 rating on the motor guarantees resilience against dust ingress and low-pressure water jets, critical for varied environmental conditions.
The battery architecture is a significant technical highlight. The adoption of Lithium Iron Phosphate (LFP/LiFePO4) chemistry for its 36V battery pack (available in 216Wh, 432Wh, and 576Wh) provides intrinsic advantages in thermal stability, extended cycle life, and inherent safety compared to other lithium-ion variants. The IP67 rating for the removable, downtube-mounted battery pack ensures superior resistance to water and dust, crucial for outdoor use. A robust Battery Management System (BMS) with comprehensive protection features (OV, UV, OC, SC, OT, deep discharge) is integral, safeguarding the cells and maximizing operational lifespan. The range efficiency, achieving up to 105 km from 576Wh (approximately 5.48 Wh/km), demonstrates a well-optimized system, balancing motor output with battery consumption through its 3-level PAS.
Structurally, the frame is constructed from High Tensile Steel with TIG welding, offering a commendable strength-to-weight ratio for a 27 kg e-cycle designed to carry a 120 kg payload. This material choice ensures structural integrity under urban stresses. The suspension system, featuring a front spring fork and a rear hydraulic sprung seat, is a pragmatic solution for damping typical urban road imperfections, prioritizing rider comfort without the added complexity and weight of a full rear suspension system. The mechanical disc brakes on both wheels, combined with a motor cutoff feature, provide reliable and immediate stopping power, a critical safety element in dense urban traffic. The 26-inch wheels fitted with 2.1-inch puncture-resistant tires further enhance reliability and reduce downtime due to flats.
The integrated electronics, including a clear LCD display for essential metrics and robust protection features against electrical anomalies, underscore a meticulous design for reliability. Connectivity via Bluetooth, mobile app control, and GPS enhances user experience, providing valuable data and diagnostic capabilities, aligning with modern smart mobility expectations. The overall design adheres to BIS standards, reinforcing its reliability and suitability for the Indian market.
Technical Support & FAQs
Engineering Analysis
The Motovolt HUM's engineering paradigm prioritizes durability, safety, and efficiency for its target urban and last-mile delivery applications. Its core powertrain leverages a 250W BLDC rear hub motor, an optimal choice for consistent urban speeds of 25 km/h and managing a 7-degree climb grade, indicative of moderate inclines. The IP65 rating on the motor guarantees resilience against dust ingress and low-pressure water jets, critical for varied environmental conditions.
The battery architecture is a significant technical highlight. The adoption of Lithium Iron Phosphate (LFP/LiFePO4) chemistry for its 36V battery pack (available in 216Wh, 432Wh, and 576Wh) provides intrinsic advantages in thermal stability, extended cycle life, and inherent safety compared to other lithium-ion variants. The IP67 rating for the removable, downtube-mounted battery pack ensures superior resistance to water and dust, crucial for outdoor use. A robust Battery Management System (BMS) with comprehensive protection features (OV, UV, OC, SC, OT, deep discharge) is integral, safeguarding the cells and maximizing operational lifespan. The range efficiency, achieving up to 105 km from 576Wh (approximately 5.48 Wh/km), demonstrates a well-optimized system, balancing motor output with battery consumption through its 3-level PAS.
Structurally, the frame is constructed from High Tensile Steel with TIG welding, offering a commendable strength-to-weight ratio for a 27 kg e-cycle designed to carry a 120 kg payload. This material choice ensures structural integrity under urban stresses. The suspension system, featuring a front spring fork and a rear hydraulic sprung seat, is a pragmatic solution for damping typical urban road imperfections, prioritizing rider comfort without the added complexity and weight of a full rear suspension system. The mechanical disc brakes on both wheels, combined with a motor cutoff feature, provide reliable and immediate stopping power, a critical safety element in dense urban traffic. The 26-inch wheels fitted with 2.1-inch puncture-resistant tires further enhance reliability and reduce downtime due to flats.
The integrated electronics, including a clear LCD display for essential metrics and robust protection features against electrical anomalies, underscore a meticulous design for reliability. Connectivity via Bluetooth, mobile app control, and GPS enhances user experience, providing valuable data and diagnostic capabilities, aligning with modern smart mobility expectations. The overall design adheres to BIS standards, reinforcing its reliability and suitability for the Indian market.