MAX KNOLL

Highlights:

• 11 discrete intervals of high-grade silver (over 100g/t Ag) were intercepted in 7 of 12 holes drilled.
• These intercepts occur as antimony-rich silver sulphosalts in polymetallic veins, feeder breccias and stratiform beds, returning grades from 103 g/t to 1,206 g/t silver, up to 11.1% zinc and up to 2.07 g/t gold.
• The multiple-phase overprinting of polymetallic sulphide-sulphosalt mineralization is suggestive of a large and long-lived shallow-marine volcanogenic massive sulphide (VMS) system in this portion of the volcanic-sedimentary Rocky Ridge sequence.

A total of 2,281 metres were drilled at the Max target in 12 holes, and 1,019 core samples were selected for assay. The drilling targeted modeled high chargeability and low resistivity locations from the ground-based 2D and 3D induced polarization (IP) survey. The 12 completed drill holes tested a roughly one-square kilometre area at the Max target along the northeastern slope of Blunt Mountain, from elevations of 550m to 775m, coincident with the channel sampling completed in the summer of 2017. This drill zone at Max only represents 0.2% of the area of the Hazelton Project, which covers a contiguous 47,000 hectares.

The Max target displays characteristics of the nearby Equity Silver Mine (once Canada's most profitable silver mine) including similar age rock, shallow marine setting, and possible remobilization of precious metal rich mineralization.

Polymetallic sulphides with variable presence of sulphosalts were found in rhyolite and tuffs, monzonite, and in marine sediments such as argillite and arenite. Variable quantities of semi-massive to massive stratiform-bedding parallel sulphides, cross cutting veins, and fractures have been found in all lithologies. It is evident that the IP survey responses tracked sulphides. No evidence of folding or major structural disruptions or faults was observed.

Due to the success of blind IP targeting, particularly in drill holes 17-11 and 17-12, Jaxon has made preliminary plans for an additional 1,000 – 4,000 metres of drilling at the Max zone in the coming 2018 field season. This drilling will also cover the area directly adjacent to the north of the known mineralized Max target, where a magnetic low (potentially due to hydrothermal alteration) is coincident with high chargeability targets. Jaxon's technical team and consultants continue to assess data from the 2017 field program and detailed plans for proposed work in 2018 at the Max target, as well as other highly prospective gold, silver and non-ferrous metals targets on the Hazelton Project, will be provided by separate press release.