HOOLAHA

• It is a pure electric small truck that operates with zero emissions, Ke hāʻawi nei i kahi kūlana hoʻomaʻemaʻe. It has a capacity to carry up to 4.3 mau tona, making it suitable for medium-light duty cargo transportation.
• The 4.01-meter single-row flatbed design provides a spacious and versatile loading area. It can accommodate a wide range of goods, including those that require a flat surface for easy loading and unloading, such as construction materials, small machinery, or bulky items.

• The vehicle likely has a certain range on a single charge, which is sufficient for short- to medium-distance trips within the city or its surrounding areas. It comes with a charging system that allows for convenient recharging, whether at home, at a workplace, or at public charging stations.
• The charging options may include standard AC charging and potentially faster DC charging capabilities, depending on the model, to minimize downtime and keep the truck operational for longer periods.

• In urban areas, it can be used for transporting goods between warehouses, distribution centers, and retail stores. Its electric operation makes it well-suited for areas with strict emission regulations.
• It can also be utilized in construction sites or by small businesses for transporting equipment and materials. For last-mile delivery services, the Flying Saucer Ef3 can efficiently carry and deliver various types of cargo to their final destinations.

• The cab is likely designed with driver comfort in mind, featuring ergonomic seating to reduce fatigue during long drives. The controls are probably simple and intuitive, enabling the driver to operate the vehicle easily. The quiet operation of the electric motor provides a more pleasant driving environment compared to traditional fuel-powered small trucks.
• The cab may also offer some basic amenities such as a storage compartment for personal items and a simple infotainment system for added convenience during the workday.

HIʻona

• Zero Emissions and Environmental Friendliness: E like me kahi kaʻa uila uila, the Flying Saucer Ef3 offers a significant environmental advantage by producing zero tailpipe emissions during operation. This not only helps in reducing air pollution in urban areas but also aligns with the global trend towards sustainable transportation. It is a great choice for businesses and individuals looking to reduce their carbon footprint and contribute to a cleaner environment.
• Ka mana a me ka hana: The electric powertrain is designed to provide sufficient power to handle a 4.3-ton load capacity. It offers good acceleration and can easily navigate through different road conditions, including urban streets, highways, and some light off-road situations if needed. The motor is likely to be efficient and reliable, ensuring smooth operation and consistent performance. It may also incorporate advanced technologies such as regenerative braking, which helps to recover energy during deceleration and braking, thereby increasing the overall energy efficiency of the vehicle and extending its range.
• Quiet Operation: One of the notable advantages of an electric motor is its quiet operation. The Flying Saucer Ef3 runs quietly, reducing noise pollution in urban environments. This makes it more suitable for operations in residential areas, during early mornings or late evenings without causing excessive disturbance to the surrounding community. It provides a more pleasant driving experience for the driver and a quieter environment for pedestrians and nearby residents.

• 4.01-Meter Single-Row Flatbed Configuration: The 4.01-meter single-row flatbed design provides a spacious and versatile loading area. The flatbed is ideal for transporting a wide range of goods that require a flat and open space for loading and unloading. It can accommodate items such as construction materials, machinery parts, nā mea nui, and even small vehicles in some cases. The single-row design allows for easier access to the cargo from the sides, facilitating loading and unloading operations. The flatbed may have a smooth and durable surface, ensuring that the goods can be loaded and unloaded smoothly without the risk of damage.
• Durable and Functional Flatbed: The flatbed is likely constructed with high-quality materials to ensure durability and strength. It can withstand the rigors of heavy loads and daily use. It may be equipped with features such as anti-slip surfaces to prevent the cargo from shifting during transportation. The edges of the flatbed may have railings or tie-down points to secure the cargo and ensure its safety during transit. The flatbed’s design may also consider the ease of cleaning and maintenance, ensuring that it remains in good condition over time. Eia hou, the flatbed may have a certain degree of flexibility in terms of load distribution and weight capacity, allowing the driver to optimize the transportation of different types of cargo.
• Ergonomic Design for Loading and Unloading: The vehicle is designed with ergonomics in mind to make the loading and unloading process as efficient and convenient as possible. The flatbed may have a low loading height, reducing the effort required to load and unload heavy items. The presence of ramps or other loading aids can further enhance the ease of operation, ka mālamaʻana i ka manawa a me ka hana. The layout of the flatbed may also be optimized to allow for efficient stacking and organization of the cargo, improving the overall transportation efficiency. The design may also take into account the safety of the operator during the loading and unloading process, with features such as non-slip steps and handrails if necessary.

• Battery Capacity and Range: The Flying Saucer Ef3 is equipped with a high-capacity battery that provides a decent range on a single charge. The range is crucial for its practicality in various transportation scenarios, allowing it to cover a significant distance within a city or for short- to medium-distance trips between different locations. The actual range can vary depending on several factors, such as driving style, road conditions, payload, and ambient temperature. Eia naʻe, it is designed to meet the requirements of typical urban and local delivery, as well as some light industrial transportation tasks. The battery management system may be advanced, ensuring the safety and longevity of the battery, and providing accurate information about the battery’s state of charge and remaining range to the driver.
• Charging Options and Convenience: The vehicle comes with a variety of charging options to suit different user needs and scenarios. It can be charged using a standard household electrical outlet, which is convenient for overnight charging at the depot or the driver’s residence. Eia hou, it is likely compatible with public charging stations, providing flexibility for quick top-ups during the day. Some models may also support fast-charging capabilities, allowing the battery to be charged to a significant percentage in a relatively short time. This reduces downtime and maximizes the vehicle’s operational availability, ensuring that it can be back on the road quickly and efficiently to meet the demands of transportation schedules. The charging interface may be designed to be user-friendly and easy to operate, with clear indicators and safety features.

• Advanced Safety Systems: The truck is equipped with a range of safety features to ensure the safety of the driver, cargo, and other road users. It may include anti-lock braking systems (Abus), which prevent the wheels from locking up during braking, enhancing vehicle stability and control. Electronic stability control (Esc) systems may also be present to help maintain the vehicle’s stability in various driving conditions, especially during cornering or sudden maneuvers. Eia hou, it may have features such as a collision avoidance system or lane departure warning system to provide additional safety alerts and assistance to the driver, reducing the risk of accidents. The vehicle may also have a robust braking system with good stopping power and responsive brakes, ensuring safe braking in all situations.
• Precise Steering and Control: The steering system is designed for precision and responsiveness, allowing the driver to easily maneuver the vehicle in tight spaces and traffic. The controls are intuitive and ergonomically designed, ensuring that the driver can operate the vehicle with ease and confidence. The vehicle may have a well-tuned suspension system that provides a smooth ride and good handling, further enhancing the driving experience and safety. The vehicle may also have features such as a hill-start assist system, which prevents the vehicle from rolling backward when starting on an incline, adding an extra layer of safety and convenience, especially in hilly or inclined areas.
• Visibility and Lighting: Good visibility is essential for safe driving, and the Flying Saucer Ef3 is likely equipped with large windows and well-positioned mirrors to provide a clear view of the surrounding environment. It may also have high-quality lighting systems, including headlights, taillights, and turn signals, to ensure visibility during all lighting conditions, especially at night or in poor weather. The headlights may have features such as automatic on/off or adjustable brightness to adapt to different driving situations and improve visibility without blinding other road users. The vehicle may also have additional lighting features such as side marker lights and rear fog lights for enhanced visibility and safety.

• Comfortable Cab Design: The driver’s cab is designed with ergonomics in mind to provide maximum comfort during long working hours. The seating is adjustable to fit different body sizes and preferences, and it is likely designed to provide good lumbar support to reduce fatigue. The cab may also be insulated from noise and vibration, creating a quieter and more pleasant working environment for the driver. The interior may be equipped with amenities such as a climate control system to maintain a comfortable temperature inside the cab, regardless of the external weather conditions. The cab may also have a spacious and well-designed layout, providing enough room for the driver to move and operate comfortably.
• Intuitive Instrumentation and Controls: The dashboard and controls are designed to be user-friendly and intuitive. The driver can easily access and operate essential functions such as the speedometer, battery level indicator, and charging status display. The infotainment system, if available, may include features such as Bluetooth connectivity for hands-free calling and audio streaming, adding to the convenience and comfort of the driver. The vehicle may also have features such as a reversing camera or parking sensors to assist the driver during parking and maneuvering in tight spaces, reducing the risk of collisions and improving overall driving experience. The controls may be designed with clear labels and easy-to-use interfaces, minimizing driver distraction and ensuring safe operation.
• Storage and Amenities: The cab may offer storage compartments for the driver to keep personal items and work-related documents. There may also be additional amenities such as a cup holder, a storage tray, or a USB charging port to further enhance the driver’s convenience. The vehicle’s design may also consider the driver’s ergonomic needs in terms of reach and access to controls, ensuring that everything is within easy reach and can be operated without excessive effort, improving the overall driving experience and reducing driver fatigue. The cab may also have good visibility of the flatbed and cargo area, allowing the driver to monitor the load during transportation.

OLELO HOOLAHA

ʻIke Kumu
ʻO ka hoʻohālike hoʻolaha hoʻolaha	FD1044D66BEV-2
ʻAno	Cargo truck
Ke kau inoa	4X2
Huila huila	3100mm
ʻO ka pae kiʻekiʻe kiʻekiʻe	4 mika
ʻO ka lōʻihi o ke kaʻa	5.999 mika
Kaʻa kaʻa	1.95 mika
ʻO ke kiʻekiʻe o nā kaʻa	2.12 mika
Huina nui	4.295 mau tona
Helu helu	1.995 mau tona
Kaupaona kino	2.17 mau tona
ʻO ka wikiwiki kiʻekiʻe	90km/h
ʻO nā papa hana maʻamau	251km
Pae ToNnage	Nā kaʻa kaʻa
Kahi kumu	Rizhao, Shandong
ʻO keʻano fuel	Kālā Kelepona'ē
Motora
Brand Brand	Dadihe
ʻO keʻano hana	Tz260xscsc2
ʻAno pahu	ʻO ka hoʻokele mau magnet stnnchronous
Mana mana	50kW
Mana mana	100kW
ʻO ka pā'ālua nui	700N · m
Kaʻina lua	Kālā Kelepona'ē
Nā pahu pahu pahu pahu
Pepa pahu pahu	ʻAno pā'ālua
Ka lōʻihi o ka pahu pahu	4.01 mika
ʻO ka laulāʻo Cargo	1.85 mika
ʻO ke kiʻekiʻeʻo Cargo	0.38 mika
Cabin parameters
Cabin width	1750 MiliLi (mm)
ʻO ka helu o nā mea hele iʻaeʻia	2 poʻe
Ka helu o nā lālani noho	Laina laina
Nā'āpana Chassis
ʻAeʻia i ka hoʻoukaʻana ma mua	1480kg
ʻAeʻia i ka hoʻoukaʻana ma hope	2815kg
Kaila
Thire kiko'ī	185R15lt 8PR
Ka helu o nā kaila	6
Batri
Kākau inoa Butter	CATL
ʻAno pā'ālua	ʻO Lithium Maron Shosphate
ʻO ka mana pā	55.7kWh
Ke kaʻina hana	Wikiwiki a wikiwiki
Kāleʻa pili
Abs anti-lock braking	●