| | SHIPPING TO CANADA  ![Shipping to Canada]() Shipping Rates within CANADA only:- FEDEX PRIORITY INTERNATIONAL (RECOMMENDED METHOD) - Usually $19.95 - with tracking number and insurance. Transit time is ->2-5 days
- From 0.1 to 2 pounds: $19.95
- From 2.1 to 5 pounds: $35.00
- From 5.1 to 8 pounds: $69.00
FedEx will charge a $26 surcharge for addresses that are considered "Extended Delivery Area" in Canada. If that is the case you will be notified via email for approval prior to processing your order.
Dimensional weight of box - usually greater than actual weight **
Tax, VAT and import duties will be due upon arrival.
- FREE STANDARD Shipping via MAIL on orders over $98 or $6.95 for orders less than $98 -> 5-30 days. No tracking number and no insurance with this option. NOT valid for full-size headphones. Delivery is by your local Post Office person. If you believe your local MAIL service is not reliable, you should not choose this method. We CANNOT ship full-size headphones and products that are over 1 pound via MAIL to Canada, so the free shipping does not apply to these products. Transit time is 5-30 days depending on airport security delays, weather, customs, etc. There is no tracking number with this option and no insurance (because it's impossible to prove a package was not delivered with this method) so we do not recommend MAIL for expensive purchases. Tax, vat and duties, if any, will be the buyer's responsibility upon arrival. The mail option is valid only for shipments of less than 1 kilo => usually no more than 2 sets of earphones. If you order more than 2 sets or the order is more than 1 kilo, we have to ship your order via FedEx for security reasons (tracking and insurance).
** Using dimensional weight calculations, a freight carrier will charge for lightweight (low density) packages as if they had a greater weight (the weight of the package at the minimum accepted density).
For example, a box of clothing shipped internationally which weighs 10 pounds, and measures 18 x 18 x 18 inches, would be charged as if it weighed 36 pounds: (18 x 18 x 18)/166 = 35.1 pounds which is then rounded up to 36 pounds. This is the weight the package would theoretically weigh if it had a density of 166 in3/lb or 10.4 lb/ft3. (18 x 18 x 18) = 3.375 ft3 x 10.4 lb/ft3 = 35.1 lbs.
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