Trojan TG10 Grow Tent

Trojan TG10 Grow Tent
Product Code: Trojan TG10
Availability: In Stock
Price: £89.00
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Trojan Gold 10


Dimensions - 1m2 base and standard 2m tall

Framework - 16mm diameter powder coated metal frame, full click system

Cloth - 600D Mylar lined Oxford cloth

Exhaust ventilation port - 1 x 254mm (accepts 10" Standard duct or 8" Insulated) located at the back of the tent roof

Intake ventilations - 2 x 204mm (accepts 8" standard duct or 6" Insulated) located on either side of the tent at the lower front.

Air Cooled ventilation ports - 2 x 254mm (accepts 10" Standard duct or 8" Insulated)

High level cable entry ports for lighting, fans and pumps



Lighting - We recommend a 400W/600W HID lighting system.  Which light you choose will be dependent on the ambient temperature of the incoming air. The wattage of lighting used will ultimately dictate your ventilation requirements. .  

400W = Low power use in high temp environments or vegetative stages

 600W = our standard light recommendation



400W lights = 4" RVK A1/VK (winter) - 5" RVK L1/VK (summer)


600W lights = 4" RVK A1/VK (winter) - 6" RVK A1/VK (summer)


The use of air cooled lights will reduce the exhaust ventilation requirements, but will require a separate fan for the reflectors.


We recommend the use of a thermostatically controlled fan speed controller to maintain your temperatures within the desired range.


Intake fans - The flow rates should be approximately 30-50% less than the exhaust fan(s) flow rate.  This is to allow for the restrictions caused by carbon filters and to ensure negative pressure, when correctly set up your Trojan tent should be sucking in slightly.  When using intake fans always have a passive intake (ducting without a fan) this will ensure that the tent can breathe and that you aren't causing too much restriction on the intake.


Winter use in when incoming air is at or close to 0 degrees Celsius and summer use is 20 deg plus.  Please note if the incoming air is close to or above your desired growing temperature then any amount of ventilation will struggle to cope and we recommend reducing light wattage or the use of air conditioners in these environments.

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