The 58-seat electric trackless train is designed for large theme parks, scenic areas, zoológicos, resorts and other venues that need frequent passenger transportation. It combines one locomotive with two passenger carriages and carries up to 58 people per trip. Before choosing this model, buyers should evaluate route length, road width, radio de giro, gradient, daily operating hours and charging availability. Dinis can configure the battery system, carriage design, passenger capacity and optional equipment according to your operating conditions.

 

Gran tren turístico a pilas

58-Seat Electric Trackless Train Specifications

Especificación
58-Seat Electric Trackless Train
Capacidad de pasajeros
58 pasajeros
Train Formation
1 locomotora + 2 carruaje
Locomotive Dimensions
4150 × 2200 × 2400 mm
Carriage Dimensions
5600 × 1900 × 2500 mm
Potencia del motor
72V / 20 kilovatios
Maximum Speed
20 km/h
Driving Range per Charge
80–100 km
Continuous Operating Time
8–10 hours
Charging Time
6–8 hours
Maximum Climbing Ability
4%–7%
Minimum Turning Radius
15 metro
Maximum Braking Distance
0.5 metro
Minimum Recommended Road Width
18 metro
Empty Vehicle Weight
5,200 kg

Funciona con pilas populares 58 Se venden asientos de tren turístico sin rieles.

58 El tren sin rieles es nuestro nuevo producto.. Está modificado y mejorado basándose en los trenes antiguos europeos.. Típicamente, contiene una locomotora, 2 cabinas de pasajeros. Cada carro puede acomodar 28 gente. Mientras tanto, cada carro tiene 7 filas de asientos, y cada fila tiene capacidad para cuatro personas. Entonces hay 56 asientos de pasajeros en total. Además, la locomotora puede transportar 2 personas por su gran amplitud. Generalmente, el color del viaje en tren turístico sin rieles es azul. Pero es ajustable según tus necesidades.. Rojo, El azul es el más vendido entre diferentes colores.. Además, Deberías prestar más atención al ancho de la vía debido al gran tamaño de la locomotora.. De lo contrario, puede que no se use normalmente. Para configuración estándar tren sin rieles de 58 plazas, El tamaño de la locomotora es 4150*2200*2400MM., y el tamaño de las cabinas de pasajeros es 5600*1900*2500MM.

Por supuesto, Podemos hacer pequeños ajustes para satisfacer las necesidades de su lugar.. Pero si la diferencia es demasiado grande, entonces necesitas personalizar el tren turístico sin rieles. Quizás el precio sea más alto que los viajes en tren con la configuración estándar..

Más detalles sobre el 58 asientos tren turístico sin rieles

Viaje en tren sin rieles de diferentes colores.
  • Velocidad máxima 20 kmh
  • Pendiente máxima de conducción (carga completa)
  • Lithium battery pack72V / 250Ah
  • Motor : Grun 72V 20kw
  • Masa del vehículo vacío 5200 kg. (excluyendo pasajeros)
  • Altura del suelo 160 mm (altura sobre el suelo)

Otras configuraciones

interior del coche: sistema de monitoreo, pantalla de visualización de vista nocturna, sistema de explicación del amplificador del guía turístico

Iluminación: instalar faros, señales de giro, luces de freno, luces de advertencia, etc.. en la parte delantera del tractor.

sistema de audio: reproductor de MP3, Compatible con tarjeta SD/TF/USB; radio digitales, Sintonización digital totalmente controlada electrónicamente, radiofm, 18 Estaciones preestablecidas con función de escaneo y almacenamiento automático.; Función USB/SD a prueba de polvo, Adopción de llaves flexibles a nivel de pista de coche., 4×50W de potencia de salida.

Sistema de monitoreo: Monitoreo integral de todos los vehículos, los seis monitores pueden almacenar 168 horas.

Se vende gran viaje en tren turístico.

Battery Range and Charging Time for the 58-Seat Electric Trackless Train

Battery performance directly affects how many trips your electric trackless train can complete each day. For a theme park, zoo, complejo, or scenic area, the most important question is not simply the battery size. You need to know whether the train can complete your planned route and daily operating schedule without frequent charging.

Our standard 58-seat electric trackless train uses a lithium battery system and a 72V/20kW traction motor. Battery capacity, charger configuration, and operating range can also be matched to your actual route and working schedule. Before choosing a battery configuration, we recommend checking your route length, passenger volume, maximum gradient, daily operating hours, and available charging time.

electric sightseeing train for resort transportation

How Far Can the Electric Trackless Train Travel on One Charge?

The driving range of an electric tourist train should always be considered under specific operating conditions. For the standard 58-seat configuration, the verified battery performance can be shown as follows:

Operating Condition

Operating Condition
58-Seat Electric Trackless Train
Driving Range
Depends on battery capacity, passenger load and operating conditions
Empty-load Test Range
90–100 km
Full-load Test Range
70–80 km
Recommended Normal Operating Range
60–75 km per charge
Battery Configuration
72V / XXAh lithium battery
Potencia del motor
72V / 20 kilovatios

The empty-load range represents operation without passengers under the specified test conditions.

The full-load range is more important for commercial operators because it reflects the train’s performance when carrying its designed passenger load. For daily operation, we recommend evaluating the practical operating range rather than relying only on the maximum test range. This gives operators more flexibility when passenger volume, road conditions, or weather changes during the day.

Your required daily driving distance can be estimated with a simple formula: Daily driving distance = round-trip route distance × planned number of trips per day

If your required daily distance is close to or higher than the standard battery range, we can evaluate a larger battery configuration or a different charging plan for your project.

What Affects the Actual Driving Range?

The actual range of a battery-powered trackless train can differ from a laboratory or factory test figure.

Passenger load affects energy consumption because the motor needs more power when moving a fully loaded train. A 58-seat train carrying passengers will normally consume more energy than an empty vehicle.

Road gradient is another important factor. Frequent uphill operation increases the energy demand of the traction motor. If your scenic area contains long or repeated slopes, you should provide the maximum gradient before selecting the battery configuration.

Stop-and-go frequency also affects range. Tourist trains operating in busy parks may stop frequently at stations, crossings, attractions, or pedestrian areas. Repeated acceleration requires additional energy.

Ambient temperature can influence usable battery performance. Extremely hot or cold operating environments should therefore be considered when planning the battery system.

Air conditioning and other electrical equipment also consume battery energy. The locomotive can use air conditioning, while additional carriage air conditioning may also be configured according to project requirements. Operators who need frequent air-conditioning use should include this electrical load when estimating daily range.

Route conditions also matter. Smooth asphalt or concrete generally creates different rolling resistance from uneven paving, rough roads, or other difficult surfaces.

Por esta razón, a single advertised range number cannot represent every project accurately. If you send us your route information, we can evaluate the battery requirement according to your actual operating conditions.

How Long Does the Electric Trackless Train Take to Charge?

Charging time is another important factor when you plan daily train operation. The standard charging information should be clearly confirmed before ordering:

Charging System

Charging Item
58-Seat Electric Trackless Train
Standard Configuration
Standard charger included
Charger Type
Automatic intelligent lithium battery charger
Charger Input Voltage
AC 220–240V, 50/60Hz*
Charger Output
Matched to the 72V lithium battery system
Rated Charging Power
Aproximadamente. 3–4 kW*
Normal Charging Time
Approximately 6–8 hours*
Fast Charger
Opcional, subject to battery configuration
Charging Connector
Industrial charging connector matched to the battery system

The required input voltage is particularly important for overseas projects because electrical standards differ between countries.

Please tell us your destination country before ordering. We can confirm whether the standard charger matches your local power supply and recommend the appropriate charger configuration.

Por ejemplo, a theme park that can charge the train overnight may prioritize battery capacity and battery life. A tourist attraction with longer daily routes may require a larger battery or a charging arrangement that supports additional charging during operating breaks.

commercial electric sightseeing train for tourism business

Can the Electric Trackless Train Operate for a Full Business Day?

Sí, but whether one battery charge can support a complete business day depends on daily driving distance rather than operating hours alone. Two parks may both operate their trains for eight hours, but their energy requirements can be completely different.

A park with a short sightseeing loop and scheduled departures may travel a relatively limited distance. A large scenic area with a long route and continuous departures may require significantly more daily mileage. We therefore recommend comparing your planned daily distance with the verified full-load operating range.

Battery Strategy Based on Operating Requirements

Your Operating Requirement
Recommended Battery Strategy
Daily mileage is comfortably below the practical range
Standard battery with overnight charging may be sufficient
Daily mileage is close to the practical range
Consider additional battery capacity or planned charging breaks
Daily mileage exceeds one-charge range
Evaluate larger battery capacity, opportunity charging, or vehicle rotation
Long operating hours with frequent departures
Calculate route mileage and charging windows before confirming configuration
Frequent slopes or full-load operation
Evaluate battery capacity and motor load based on actual route conditions

For attractions with continuous passenger demand, battery planning should also include enough operating flexibility for unexpected additional trips.

The goal is not simply to install the largest possible battery. The better approach is to select a battery and charging configuration that matches your actual route, flujo de pasajeros, working hours, and available charging infrastructure.

battery powered tourist trackless train for scenic area

What Information Should You Provide Before We Recommend the Battery?

To recommend a suitable electric trackless train configuration, please provide your destination country, route length, planned trips per day, maximum road gradient, expected passenger load, daily operating hours, road surface, and available charging power supply.

With this information, we can evaluate whether the standard battery configuration is sufficient or whether your project would benefit from a larger battery or different charger.

This helps you avoid both insufficient range and unnecessary battery investment.

Send us your route length and daily operating schedule to get a battery configuration and quotation for your 58-seat electric trackless train.

Is This 58-Seat Electric Trackless Train Suitable for Your Venue?

A 58-seat electric trackless train is suitable for venues that need to transport many visitors efficiently over fixed sightseeing or shuttle routes. Its large passenger capacity makes it especially suitable for large theme parks, scenic attractions, zoológicos, jardines botánicos, complejos turísticos, large holiday parks, tourist villages, parking shuttle routes, university campuses, and private tourism complexes.

tourist trackless train for outdoor attraction operation

Sin embargo, buyers should evaluate the actual route conditions before choosing such a large train. Route length, road width, turning space, gradient, and road surface directly affect operating efficiency, seguridad, and battery consumption.

The planned route length helps determine whether the standard battery configuration can support your daily operation.

A short loop usually suits attractions with frequent departures and several passenger stops. A medium route requires more attention to daily mileage and charging intervals. A long route may require a larger battery, planned charging breaks, or vehicle rotation.

Buyers should calculate the total daily distance based on the route length and expected number of trips.

A 58-seat trackless train requires more road space than a small amusement train.

The recommended road width depends on the locomotive width, carriage width, turning path, and whether other vehicles or pedestrians share the route.

Minimum recommended road width: 18 metro

For busy parks and scenic areas, additional clearance should be reserved near stations, intersections, curvas, and pedestrian zones.

Large trains need sufficient turning space, especially when one locomotive pulls two passenger carriages.

Minimum turning radius: ≥8 m

Before ordering, buyers should check narrow corners, roundabouts, station entrances, and end-of-route turning areas. A route drawing can help determine whether the train can operate smoothly without repeated reversing.

Slope conditions directly affect motor load, battery consumption, and full-load performance.

Maximum recommended full-load slope:≤5%

Long or repeated uphill sections require more energy than flat routes. Buyers with hilly venues should provide the maximum gradient and approximate uphill distance before selecting the final configuration.

This electric trackless train performs best on firm and relatively level surfaces, incluido:

Asphalt roads

Concrete roads

Brick pavement

Compacted paved roads

The train is generally not recommended for:

Soft sand

Deep gravel

Muddy roads

Very uneven surfaces

Steep mountain roads

For the most accurate recommendation, provide your route length, minimum road width, maximum gradient, road surface, daily operating hours, and expected passenger volume before ordering.

large electric tourist trackless train manufacturer

¿Cuál es el material principal del tren turístico sin rieles con batería grande??

For the front of the train, esta hecho de fibra de vidrio. Tiene las características de resistente al desgaste., resistente a la luz solar, resistente a altas temperaturas, resistente a la corrosión.

Hoja del cuerpo: estampado de metales. Y proceso completo de producción automotriz..

Para carrocería de cabina.: Cuerpo de chapa metálica completamente cerrado, estampado de piezas en chapa, proceso completo de producción automotriz

Techo de cabina: Estructura de marco de acero + exteriores de fibra de vidrio

piso: Nuevo suelo ondulado de aluminio antideslizante

Asiento: Tela de cuero simulado de alta calidad. + Asientos de PU/fibra de vidrio de alta resiliencia.

The materials we use are high-quality. It can last longer than other trackless train rides. Si desea saber información más detallada, No dude en contactarnos por correo electrónico.

How Much Does a 58-Seat Electric Trackless Train Cost?

The reference price for a large electric trackless train is approximately US$10,110–19,300, depending on the selected configuration. This price range should be used as an initial purchasing reference rather than a fixed final price. The actual quotation depends on passenger capacity, battery configuration, carriage design, optional equipment, sistemas de seguridad, requisitos de personalización, and shipping destination. For a 58-seat electric trackless train, buyers should compare not only the vehicle price but also the equipment included in the quotation, battery capacity, charger specification, transportation cost, y apoyo postventa. If you want to know more price information, don’t feel free to contact Dinis sightseeing train ride maufacturer.

Paseos en tren eléctrico a la venta.

What Is Normally Included in the Train Price?

A standard quotation for a 58-seat electric trackless train may include the main operating components required for normal use.

Typical standard items may include:

  • One electric locomotive

  • Two passenger carriages

  • Standard lithium battery system

  • Standard battery charger

  • Traction motor and controller

  • Standard braking system

  • Lighting system

  • Passenger seats

  • Standard audio system

  • Standard exterior painting

  • Basic electrical system

  • Standard operation controls

  • Standard factory inspection

  • Basic operating documentation

  • Standard export packing

large electric tourist trackless train in amusement park

The exact standard configuration should be confirmed in the formal quotation because battery capacity, carriage design, and electrical equipment may differ between projects.

Por ejemplo, a customer requiring longer daily operating hours may need a larger battery than a customer operating a short sightseeing loop.

Which Options May Increase the Price?

Optional equipment and customization can change the final train price significantly.

Common options include:

Larger lithium battery capacity

Higher-power charger

Fast-charging system

Fully enclosed passenger carriages

Aire acondicionado

CCTV monitoring system

GPS positioning

 

Sistema anticolisión;Additional lightingDisplay screensPA or upgraded audio systemCustom seat materialsSpecial exterior colorsCustom logos and graphicsAdditional passenger carriagesAccessibility modificationsAdditional spare parts packages. Customers should therefore compare quotations based on the complete configuration rather than the headline price alone.

Which Factors Affect the Price of a 58-Seat Electric Trackless Train?

Price Factors of 58-Seat Electric Trackless Train

Price Factor
How It Affects Cost
Capacidad de pasajeros
Larger passenger capacity usually requires larger carriages, stronger chassis components, and greater power demand.
Number of Carriages
Additional carriages increase vehicle cost, overall weight, and traction requirements.
Battery Capacity
A larger battery can increase driving range and operating time, but it also increases the purchase price.
Battery Type
Battery chemistry, marca, capacidad, BMS, and expected cycle life can affect the battery cost.
Charger Configuration
Higher charging power or special charger specifications may increase the total price.
Open or Enclosed Carriages
Fully enclosed carriages normally require more bodywork, windows, doors, and interior components.
Air Conditioning
Air-conditioning systems add equipment cost and increase electrical demand.
GPS and Monitoring
CCTV, GPS, passenger monitoring, and related control systems are normally optional upgrades.
Anti-Collision System
Additional sensors and safety systems increase equipment cost.
Marca personalizada
Colores personalizados, logotipos, graphics, and themed train designs depend on design complexity.
Safety Equipment
Additional emergency systems, warning devices, or project-specific safety requirements may affect price.
Spare Parts Package
Additional motors, controllers, llantas, partes electricas, or maintenance components increase the order value.
Destino de envío
Freight depends on the destination country, puerto, requisitos del contenedor, and final packed dimensions.

How Much Does Battery Configuration Affect the Price?

The battery is one of the most important cost components of an electric trackless train.

A larger battery can support longer operating distances and reduce the need for charging during business hours. Sin embargo, purchasing more battery capacity than the project requires can unnecessarily increase the initial investment.

Before selecting the battery, buyers should calculate:

Daily driving distance = route distance × number of trips per day

También deberían considerar:

Full-load passenger frequency

Maximum gradient

Daily operating hours

Stop-and-go frequency

Air-conditioning use

Available overnight charging time

A battery configuration should match the actual operating requirement rather than simply using the largest available battery.

How Is Shipping Cost Calculated?

International shipping is normally calculated separately from the vehicle price.

Shipping cost depends on: Destination country; Destination port; Number of locomotives and carriages;Final vehicle dimensions; Packing methodRequired container typeCurrent freight rates

electric trackless train locomotive and passenger carriages

A 58-seat train is a large vehicle, so container planning can have a significant effect on logistics cost.

For an accurate shipping quotation, buyers should provide the destination country, preferred port, and delivery location.

We can then calculate the suitable packing and transportation arrangement according to the confirmed train configuration.

Should Buyers Compare EXW, FOB, or CIF Prices?

Sí.

Different quotations may appear cheaper simply because they use different trade terms.

EXW normally covers the equipment at the factory and leaves most transportation arrangements to the buyer.

FOB normally includes transportation to the agreed Chinese port and export-related handling up to the agreed shipment point.

CIF normally includes sea freight and insurance to the agreed destination port, subject to the exact quotation terms.

 

Import duty, VAT, despacho de aduana, local port charges, and inland transportation are usually handled separately unless specifically included. Buyers should therefore compare the same trade term and the same equipment configuration when evaluating different suppliers.

How Can You Get an Accurate 58-Seat Trackless Train Quote?

To prepare a more accurate quotation, please provide: Destination country; Destination port; Capacidad de pasajeros requerida; Planned route length; Daily operating hours; Expected trips per day; Maximum road gradientMinimum road width; Indoor or outdoor operation; Required battery range

 

electric tourist trackless train supplier for sale

Air-conditioning requirement; Safety system requirements; Custom color or logo requirements; Required spare partsExpected delivery timeWith this information, we can recommend a configuration that matches both your operating requirements and your budget. Tell us your project location, route conditions, daily operating schedule, and required configuration to receive a detailed quotation for your 58-seat electric trackless train.

Por qué el fabricante de atracciones Dinis merece su confianza?

En general, Puedes considerar nuestra fábrica de manera integral.. Además, También vendemos paseos en autos chocadores., silla voladora, carrusel, Diesel trackless train ride etc.. Si tienes algún interés, No dude en contactarnos. Y responderemos lo antes posible.

Características especiales del gran tren turístico sin rieles al aire libre

El sistema GPS incorporado puede controlar la posición del tren en tiempo real., Permitir a los operadores captar los movimientos del tren en cualquier momento., realizar arreglos de itinerario seguros y precisos, y garantizar que el tren circule dentro de una ruta fija

Equipado con función de control remoto, el operador puede comenzar, detener y frenar de emergencia el tren mediante control remoto inalámbrico, flexibilizar la gestión, Especialmente adecuado para escenas con muchos turistas y condiciones de carretera complejas..

El sensor anticolisión inteligente puede monitorear los alrededores del tren en tiempo real, detectar obstáculos adelante y reducir la velocidad o detener el tren a tiempo para evitar colisiones accidentales y mejorar la seguridad de los pasajeros. Esta función es especialmente adecuada para su funcionamiento en escenas con un gran número de peatones u otros vehículos., mejorando efectivamente el factor de seguridad.

Este tren turístico sin rieles funciona principalmente con electricidad.. Puede lograr cero emisiones durante el funcionamiento., que puede hacer que el aire en lugares pintorescos, parques de diversiones, u otros lugares de diversión frescos y limpios. El ruido del equipo de entretenimiento del tren turístico eléctrico es extremadamente bajo., que puede brindar a los turistas una mejor experiencia de juego. Es adecuado para lugares escénicos naturales tranquilos., parques urbanos o zoológicos.

A diferencia de los motores de combustión interna, Los trenes eléctricos tienen una estructura relativamente simple y bajos requisitos de mantenimiento., especialmente en términos de motores, componentes de transmisión y sistemas de frenado. La frecuencia de mantenimiento se reduce considerablemente., y el costo de reparación y reemplazo también se reduce significativamente. Las baterías suelen tener una larga vida útil., lo que reduce en gran medida el costo y la mano de obra del mantenimiento diario