![BERTSCHAT® [UK]](http://www.bertschat.co.uk/cdn/shop/files/bertschat_{width}x.png?v=1659940191)
When your hands are cold, turning heated gloves straight up to their highest setting might seem like the obvious solution. But maximum heat is not always the most comfortable – or most efficient – way to use heated gloves.
Finding the right temperature is about balancing warmth with battery life. The ideal setting for heated gloves depends on several factors, including the weather, what you are doing outdoors, your personal sensitivity to the cold and how long you need the batteries to last.
Most heated gloves have multiple heat settings. Depending on the model, these typically range from around 40°C on a lower setting to approximately 60–68°C at maximum output. The higher settings are useful for getting cold hands warm quickly, while lower settings are often better suited to maintaining that warmth for longer.
How warm should heated gloves get?
Most heated gloves operate within a temperature range of approximately 40°C to 68°C, depending on the model and selected setting.
That does not mean they need to remain at maximum temperature throughout use. If you are heading out on a particularly cold morning, for example, a high setting can help bring your hands up to a comfortable temperature quickly. Once they are warm, considerably less heat may be required to keep them that way.
Reducing the temperature at this point can help extend battery life without sacrificing comfort.
Think of heated gloves like driving a car
The way heated gloves use energy can be compared with driving.
Getting a car up to speed requires considerably more energy than maintaining a steady cruising speed. You accelerate until you reach the speed you need, then use less power to maintain it.
Heated gloves work in much the same way.
A high heat setting can be used initially to warm cold hands quickly. Once your hands have reached a comfortable temperature, switching to a lower setting can provide enough heat to maintain that warmth while reducing battery consumption.
For longer periods outdoors, maintaining a temperature of around 40–50°C can therefore be more practical than continuously heating at 60–68°C.
Higher temperatures require more power
Temperature is not the only factor that determines how much energy heated gloves use. The size of the heating area is important too.
Heating a relatively small area to 45°C requires less energy than heating a much larger area to 65°C. This becomes particularly relevant with Dual Heating technology, where heating elements can warm both sides of the hand.
A larger heating surface can provide more comprehensive warmth, but using the maximum temperature across the full heating area also requires more power from the batteries.
In other words, both temperature and heating surface affect heated glove battery life. Using the maximum temperature and largest heating area simultaneously will result in the highest energy consumption.
This does not mean maximum heating should be avoided. When conditions demand it, a higher-capacity battery or an additional battery set can provide extra heating time.
Insulation helps keep the warmth inside
The performance of heated gloves is not only about how much heat they can produce. Keeping that heat inside the glove is just as important.
BERTSCHAT heated gloves combine active heating with insulating materials designed to help retain the warmth generated around your hands.
Once your hands have warmed up, good insulation means the heating elements do not necessarily need to continue operating at maximum output. Lowering the temperature can still provide comfortable warmth because the insulation helps reduce unnecessary heat loss.
This combination is important: the heating system generates warmth, while the insulation helps retain it.
Dual Heating gives you more control
With BERTSCHAT Dual Heating models, you can adjust more than just the temperature.
Depending on the conditions, you can choose to heat:
- both sides of the hand;
- the upper side only;
- the palm side only.
Together with multiple temperature settings, this allows you to adapt the gloves more precisely to your surroundings and activity.
Imagine setting off on a winter cycle ride on a freezing morning. You might initially choose maximum temperature with both heating zones activated. Once your hands are warm and you are moving, you can reduce the temperature or switch to heating just one side of the hand.
This allows you to control both the amount of heat and the area being heated, helping you balance warmth and battery consumption throughout the day.
Everyone experiences the cold differently
There is no single temperature setting that works perfectly for everyone.
Someone taking a relaxed winter walk may need a different level of heating from somebody cycling in freezing conditions. Likewise, someone working outdoors may need to balance warmth with flexibility and fine motor control.
This is also why different types of heated gloves exist.
For particularly cold conditions, BERTSCHAT offers highly insulated gloves and mittens featuring Dual Heating technology. By heating both sides of the hand, these models are designed for situations where warmth and protection from the cold are the main priorities.
For situations where dexterity is more important, thin heated liner gloves provide targeted warmth while allowing greater freedom of movement. They can be worn on their own for certain activities or underneath another pair of gloves when additional insulation is required.
Other heated glove designs sit between these two options and are suitable for activities such as cycling, walking, commuting and working outdoors.
Choosing the right glove is therefore about more than simply selecting the warmest model. The best option combines the right temperature, heating surface, insulation and flexibility for the way you intend to use it.
So, what is the best temperature for heated gloves?
For longer periods of use, around 40–50°C is generally a comfortable and energy-efficient temperature range. If conditions become colder, increasing the temperature to between 50°C and 60°C can provide additional warmth.
The highest settings – typically around 60–68°C depending on the model – are most useful when your hands are already cold, when you want to warm them quickly or when you are exposed to particularly cold conditions.
As a simple guide:
- 40–50°C → Comfortable, efficient warmth for longer periods
- 50–60°C → Extra warmth when temperatures drop
- 60–68°C → Maximum heating for very cold conditions or quickly warming cold hands
Ultimately, the best temperature depends on the weather, your activity, your personal preference and how much battery runtime you need.
A practical approach is to start on a higher setting and turn the temperature down once your hands are warm. Much like reaching cruising speed in a car, maintaining the warmth you have already generated requires less energy than continuously operating at maximum power.
And if you regularly need maximum heating for extended periods, choosing batteries with a larger capacity – or carrying a spare set – can help provide the additional runtime you need.
