A dedicated storm chasing unit, weather spotters, and field operatives tracking supercells, dryline tornadogenesis, and intense monsoons across the high plains and desert canyons of New Mexico.
Active Command
Operational Area
Real-Time Reports
Continuous meteorological telemetry, high-definition Doppler composite radar, and live field chase broadcasts.
Real-time ground-truth severe weather reports submitted by spotters, field chasers, and local New Mexico residents.
Frontline convective outlooks, live Storm Prediction Center risk contours, Caprock dryline targeting, and real-time upper-air sounding telemetry.
Directly synchronized with NOAA's Storm Prediction Center (Day 1 Convective Outlook). Forecaster: GUYER • Valid today across New Mexico.
Operational Status: No organized severe weather or discrete supercell risk is forecast for New Mexico today by NOAA SPC. Widely scattered non-severe or pulse diurnal thunderstorms may develop over high terrain. NMCP field intercept crews are on situational standby.
Official raw atmospheric vertical soundings from regional NWS balloon launches measuring lapse rates, CAPE, CIN, and hodograph helicity.
| Station | Location / Sector | Temp | Dewpoint (Td) | RH | Wind Vector | Pressure / Trend | Moisture Classification |
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United by discipline, advanced meteorological analysis, and frontline storm intercept experience.
Directs organizational operations, intercept strategy, team logistics, media coordination, and comprehensive project vision across all New Mexico chase corridors.
✉️ dustin@newmexicochasersproject.comIn command of on-the-ground tactical execution, convoy positioning, and real-time safety protocols during volatile high-risk severe storm environments.
✉️ charls@newmexicochasersproject.comSupervises unit operations and manages communications networks, radar synchronization, telemetry data, and tactical convoy coordination in the field.
✉️ aiden@newmexicochasersproject.comExecutes precision vehicle operations, high-speed regional road navigation, and real-time ground-truth weather spotting during active convective chase days.
✉️ angel@newmexicochasersproject.comUndergoing tactical field training, route reconnaissance, observation logging, and vital operational support for NMCP severe storm intercept missions.
Strategic Planning, Project Overview
Field Command, Safety Lead
Unit Supervision, Comms
Weather Forecasting, Data Analysis
Advanced Chase Operations, Field Deployment
Team Vehicle Operations, Real-Time Reporting
Weather Observation, Field Reporting
Field Training, Operational Support
Essential cloud morphology identification, official severe hail metrics, and high-desert intercept survival guidelines tailored for the rugged terrain of New Mexico.
An abrupt, persistent, localized lowering beneath the rain-free base of a supercell. Positioned in the main updraft/inflow quadrant. Inflow bands and "tails" often feed into it.
A menacing, expansive horizontal wedge or shelf arching along the leading edge of a thunderstorm's gust front. Appears on the forward flank, accompanied by sudden cool wind gusts.
Ragged, fragmented cloud scraps condensing in high-humidity ambient air beneath rain shafts. Scud clouds frequently rise, twist, or dart quickly due to turbulent outflow winds.
A rare, horizontal, tube-shaped cloud completely detached from the thunderstorm base. Appears to tumble or roll slowly along an outflow boundary or microburst edge.
Unpaved county roads in Harding, Quay, De Baca, Roosevelt, and Lea counties are composed of dense caliche and bentonite clay. When rain touches them, they instantly become slicker than ice. Even aggressive 4WD and AWD vehicles lose traction within seconds and slide into deep bar ditches.
New Mexico's parched desert soil cannot absorb deluge precipitation. Massive storm runoffs funnel into dry arroyos, sending 4-to-8 foot walls of muddy water roaring across highways miles away under clear sunny skies. Low-water crossings are frequently swept away.
The Llano Estacado Caprock forms a vertical 200–500 ft sheer escarpment dividing the eastern plains from the central valleys. Roads ascending the Caprock (such as NM-209 near Broadview or NM-268) are steep, switchbacked, and have zero side shoulders. Chasers can easily get trapped against the wall if a supercell approaches.
Operating at 4,000 to 7,500+ ft above sea level reduces the air column between storm bases and the ground. High plains mesas act as elevated grounding rods. Positive "bolts from the blue" routinely strike 10–15 miles outside the rain core under sunny skies.
Have storm reports, ground-truth observations, media inquiries, or sponsorship opportunities? Connect directly with our command operatives and field specialists.
Project administration, media coordination, strategic planning, and overall chase operations.
✉️ dustin@newmexicochasersproject.comTactical convoy command, severe intercept execution, and on-the-ground safety leadership.
✉️ charls@newmexicochasersproject.comCommunications network relay, radar telemetry synchronization, and unit logistics.
✉️ aiden@newmexicochasersproject.comVehicle fleet routing, high-speed regional road navigation, and real-time storm spotting.
✉️ angel@newmexicochasersproject.comClick, tap, or mash the spacebar as fast as you can to spin up a supercell tornado from a gentle dust devil into a catastrophic EF-5 monster. Sustain maximum wind intensity to rack up massive points and dodge airborne debris!
Reach EF-0 (65 MPH)
Reach EF-1 (86 MPH)
Reach EF-2 (111 MPH)
Reach EF-3 (136 MPH)
Reach EF-4 (166 MPH)
Reach EF-5 (200+ MPH)
Sustain EF-5 for 5 sec
Score 25,000+ points
Positioning in the right place at the right time. We track supercells, dryline boundaries, microbursts, and tornadic events across New Mexico's diverse terrain.
Radar only tells part of the story. Our team provides accurate on-the-ground visual observations and reports to keep local communities informed and safe.
Documenting the raw beauty of Southwestern storms through high-resolution photography, 4K timelapse sequences, and cinematic field video.