| Developers: | Makstem |
| Date of the premiere of the system: | August 2025 |
| Branches: | Transport |
Content |
History
2025: Product Announcement
The Russian company Makstem has presented the first production electric car - a domestic-made loader model E-MAX 450. The machine is distinguished by the complete absence of exhaust gases, silent operation and the ability to use more than 50 types of replaceable attachments. The presentation of innovative technology took place in Novosibirsk on August 27, 2025.
The electric loader was created by a full production cycle plant with its own design bureau and production facilities. Key advantages of the machine include environmental safety, cost-effective operation and minimal noise during operation.
The technical specification of the electric loader demonstrates a carrying capacity of 450 kilograms at a boom lifting height of 2100 millimeters. The power of the electric motor is 35 horsepower, which exceeds the indicators of similar gasoline models. The speed range varies from 4 to 14 kilometers per hour, depending on the selected transmission.
The autonomy of operation reaches 12 hours without recharging when the battery is fully charged. The charging process is carried out from a standard 220-volt power grid in eight hours. The cost of one work shift is ₽100 against fuel ₽3000 for traditional loaders.
The operating temperature range covers conditions from minus 30 to plus 45 degrees Celsius. The battery life provides up to 4000 cycles with intensive use and up to 8000 cycles in a gentle mode of operation.
The versatility of the design allows a quick change of chassis from wheeled to tracked to work in various conditions. Overall dimensions are 1940x1090x1370 millimeters with a curb weight of 780 kilograms for wheeled modification.
The hydraulic system includes a three-circuit circuit with a maximum pressure of up to 200 bar. The volume of hydraulic oil is 40 liters, the hydraulic flow of the pumps reaches 72 liters per minute. The transmission is represented by a hydrostatic two-stage system.[1][2]
Notes
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