Outpost Gent will host a Preliminary Pro Tour Qualifier (PPTQ) on Sunday the 13th of March. The Format will be Standard. The Pro Tour Destination will be Sydney.
Also a great opportunity to test your deck for GP Paris one last time!!
Preliminary Pro Tour Qualifiers (PPTQs) are the first step for new players on their path to the Magic: The Gathering Pro Tour. By winning a Preliminary PTQ, you will qualify for that season’s Regional Pro Tour Qualifier (RPTQ).
Doors: 10h00
Format: Standard – Swiss Rounds + TOP 8
Entry Fee: 15 €
Prizing Minimum Guaranteed: Minimum 3 boosters/player
All players are eligible to play in a Preliminary Pro Tour Qualifier for this season except the following:
- Players who have already won a Preliminary Pro Tour Qualifier during the current qualification season
- Players with a Pro Tour Players Club Platinum Level, Gold Level, or Silver level (as of the date of the Preliminary Pro Tour Qualifier).
- Players that are members of the Pro Tour Hall of Fame.
- Players who are otherwise already qualified for that season's Regional Pro Tour Qualifier
Prize Distribution
With 33 players or more
1st: 100 eur Cash for Travel Compensation or 1 Oath of the Gatewatch Booster Display + Qualification to the Regional PTQ
2nd: 18 Oath of the Gatewatch Boosters
3rd -4th: 12 Oath of the Gatewatch Boosters
5th -8th: 6 Oath of the Gatewatch Boosters
With 48 players or more
1st: 140 eur Cash for Travel Compensation or 54 Oath of the Gatewatch Boosters + Qualification to the Regional PTQ
2nd: 24 Oath of the Gatewatch Boosters
3rd -4th: 16 Oath of the Gatewatch Boosters
5th -8th: 8 Oath of the Gatewatch Boosters
9th -12th: 3 Oath of the Gatewatch Boosters
With 64 players or more
1st: 180 eur Cash for Travel Compensation or 2 Oath of the Gatewatch Booster Displays + Qualification to the Regional PTQ
2nd: 28 Oath of the Gatewatch Boosters
3rd -4th: 20 Oath of the Gatewatch Boosters
5th -8th: 10 Oath of the Gatewatch Boosters
9th -12th: 4 Oath of the Gatewatch oosters
PLANESWALKER POINTS MULTIPLIER for this event will be x 4.
