HTC Desire 510 Deals

HTC Desire 510
Colours
Metal Grey
Storage
8GB

Sim-Free from

Sim-Free from

We've compared 3 HTC Desire 510 deals.

Get straight to the type of deal you want by clicking the corresponding button, or scroll for further information on features and tech specs.

Sim-Free (unlocked, no SIM) and Pay-as-you-go (locked, with SIM) deals can be found from £99.99 in the Sim-Free tab if wish to purchase without a contract.

Description

The HTC Desire 510 is an affordable Android smart phone, but still features a stunning 4.7 inch display and superfast quad core processor. 4G ready too, the Desire 510 offers fantastict value for money.

Key Features

Operating System
Android
Chipset
Qualcomm Snapdragon 410
Display Size
4.7"
Screen Resolution
854 x 480
Rear Camera
5 Megapixels
Front Camera
0.3 Megapixels
Dimensions
139.9 x 69.8 x 10 mm
Weight
158 grams
Sim Card Type
Micro SIM
Talk Time
Up to 17 hours
Screen Type
LCD
Wi-Fi
802.11 b/g/n
Bluetooth
4.0 with A2DP
Water Resistance
Not rated
Connectivity
2G, 3G, 4G
SD Card Slot
MicroSD up to 128GB
Battery
Removable
Camera Resolution
2592 x 1944
How do I order?

After you've made your choice of colour, storage size and the plan that suits you best click the "Get Deal" button on the deal card. You'll be transferred to the retailer's or network's website where you can place your order. Please note that we are a price comparison service - your order is not placed with us, but with the retailer directly.

What if I change my mind after I order?

If your order hasn't been dispatched yet, then you may be able call the customer service number found on the retailer's site and cancel. If you've already received the phone, you have 14 days after taking delivery to request a return - even if you've opened the packaging and used it. It's equivalent to going into a phone shop and trying their display models before you buy, since you weren't able to do this beforehand having bought online. Some networks may opt to offer even longer evaluation periods to make sure you're fully satisfied with their signal coverage.