Turbo Certificate Long GMK Norilsk Nickel ADR The product related information contained herein is exclusively for information purposes only, intended for current investors or in case these products are displayed further to an individual search. The information does not constitute a recommendation or an offer to buy or an invitation to make a respective offer in relation to any of the products described herein.
Change-- Bid- Ask- Last update-
Underlying price-- Barrier- Barr. Dist. %- Leverage-
Name
Long GMK Norilsk Nickel ADR
ISIN / WKN
AT0000A1TLX7 / RC0KXP
Underlying
GMK Norilsk Nickel ADR
Capital protection amount
-
Participation factor
-
Cap
unlimited
Coupon p.a. in %
0.00%
Underlying price
-
Starting value
EUR 16.45
Strike
USD 2.84
Denomination / nominal
1 unit
About the term
Initial valuation date
Jan 27, 2017
Issue date
Jan 30, 2017
Final valuation date
-
Maturity date
open-end
Product classification
Leverage Product with Knock-Out
Security type (eusipa Nr.)
Turbo Certificate (2210)
Turbo Certificate Type
Turbo Certificate Long
Underlying
GMK Norilsk Nickel ADR
Country / region of underlying
Russian Federation
Suited market expectation
bullish
Issue price
0.48 EUR
Spread homogenised
-
Spread in %
-
Underlying currency
-
Settlement method
Cash settlement
Tax treatment
Capital Gains Tax / No EU Withholding Tax
Public offer in
Austria, Germany, Italy, Hungary, Poland, Czech Republic, Slovakia, Croatia, Romania, Slovenia
Comments

Turbo Certificates enable investors to participate with a leverage effect in the performance of the underlying. Long Turbo Certificates provide investors with above average profit opportunities in rising markets. In case the underlying touches or undercuts the barrier (knock-out level), the Turbo Certificate expires prematurely. The investor may incur a total loss of the invested capital.

Barrier and strike are adjusted on a daily basis. In case the underlying quotes in a currency different to that of the certificate or in case the underlying is a commodity future (roll over), a deviation may occur.