Preparing regression tables with estimatr is possible with all of the
major r-to-LaTeX packages, including texreg,
modelsummary, stargazer, xtable,
and huxtable.
Texreg
Texreg operates directly on an lm_robust object. If you
would like standard errors instead of confidence intervals, use
include.ci = FALSE.
##
## \begin{table}
## \begin{center}
## \begin{tabular}{l c}
## \hline
## & Model 1 \\
## \hline
## (Intercept) & $29.60^{***}$ \\
## & $(1.49)$ \\
## disp & $-0.04^{***}$ \\
## & $(0.01)$ \\
## \hline
## R$^2$ & $0.72$ \\
## Adj. R$^2$ & $0.71$ \\
## Num. obs. & $32$ \\
## RMSE & $3.25$ \\
## \hline
## \multicolumn{2}{l}{\scriptsize{$^{***}p<0.001$; $^{**}p<0.01$; $^{*}p<0.05$}}
## \end{tabular}
## \caption{Statistical models}
## \label{table:coefficients}
## \end{center}
## \end{table}modelsummary
modelsummary operates directly on lm_robust
objects:
library(modelsummary)
fit1 <- lm(mpg ~ disp, data = mtcars)
fit2 <- lm(mpg ~ hp, data = mtcars)
modelsummary(list(fit1, fit2))To learn how to customize the output table and/or statistics, please
consult the modelsummary README file on Github: https://github.com/vincentarelbundock/modelsummary
Stargazer
Stargazer has to be tricked – there’s unfortunately no way
around this unless something in the stargazer package changes. The
maintainer has indicated that he has no active plans to update stargazer
in the future. First, run the regression using lm. Then you
can pass the lm fits to starprep a function
which transforms the lm fits into lm_robust
fits and then prepare the appropriate statistic you requested. The
starprep function defaults to returning standard errors and
uses lm_robust defaults for standard errors (robust HC2 SEs
are the default in both lm_robust). Then you pass the
lm fit to stargazer and then pass
starprep(fit) to the se argument in
stargazer. This process works great with multiple fits.
library(stargazer)
fit_1 <- lm(mpg ~ disp, data = mtcars)
fit_2 <- lm(mpg ~ hp, data = mtcars)
stargazer(fit_1, fit_2, se = starprep(fit_1, fit_2))##
## \begin{table}[!htbp] \centering
## \caption{}
## \label{}
## \begin{tabular}{@{\extracolsep{5pt}}lcc}
## \\[-1.8ex]\hline
## \hline \\[-1.8ex]
## & \multicolumn{2}{c}{\textit{Dependent variable:}} \\
## \cline{2-3}
## \\[-1.8ex] & \multicolumn{2}{c}{mpg} \\
## \\[-1.8ex] & (1) & (2)\\
## \hline \\[-1.8ex]
## disp & $-$0.041$^{***}$ & \\
## & (0.005) & \\
## & & \\
## hp & & $-$0.068$^{***}$ \\
## & & (0.015) \\
## & & \\
## Constant & 29.600$^{***}$ & 30.099$^{***}$ \\
## & (1.490) & (2.193) \\
## & & \\
## \hline \\[-1.8ex]
## Observations & 32 & 32 \\
## R$^{2}$ & 0.718 & 0.602 \\
## Adjusted R$^{2}$ & 0.709 & 0.589 \\
## Residual Std. Error (df = 30) & 3.251 & 3.863 \\
## F Statistic (df = 1; 30) & 76.513$^{***}$ & 45.460$^{***}$ \\
## \hline
## \hline \\[-1.8ex]
## \textit{Note:} & \multicolumn{2}{r}{$^{*}$p$<$0.1; $^{**}$p$<$0.05; $^{***}$p$<$0.01} \\
## \end{tabular}
## \end{table}Below are some more examples, although we hide the output for brevity.
# Can also specify clusters and standard error type
stargazer(
fit_1, fit_2,
se = starprep(fit_1, fit_2, clusters = mtcars$cyl, se_type = "stata")
)
# Can also precompute robust objects to save computation time
# using `commarobust`
fit_1_r <- commarobust(fit_1)
fit_2_r <- commarobust(fit_2)
stargazer(fit_1, fit_2,
se = starprep(fit_1_r, fit_2_r),
p = starprep(fit_1_r, fit_2_r, stat = "p.value"))
# can also easily get robust confidence intervals
stargazer(fit_1, fit_2,
ci.custom = starprep(fit_1_r, fit_2_r, stat = "ci"))xtable
xtable works directly on a data.frame, so we just have
to prep the lm_robust output with the tidy
function.
## % latex table generated in R 4.5.2 by xtable 1.8-4 package
## % Tue Nov 4 23:17:39 2025
## \begin{table}[ht]
## \centering
## \begin{tabular}{rlrrrrrrrl}
## \hline
## & term & estimate & std.error & statistic & p.value & conf.low & conf.high & df & outcome \\
## \hline
## 1 & (Intercept) & 29.60 & 1.49 & 19.86 & 0.00 & 26.56 & 32.64 & 30.00 & mpg \\
## 2 & disp & -0.04 & 0.01 & -7.97 & 0.00 & -0.05 & -0.03 & 30.00 & mpg \\
## \hline
## \end{tabular}
## \end{table}huxtable
huxtable, too, works on a data.frame, so all we have to
do is prep with tidy.
library(huxtable)
fit <- lm_robust(mpg ~ disp, data = mtcars)
fit %>% tidy %>% hux() %>% print_latex()##
##
## ```{=latex}
##
## \providecommand{\huxb}[2]{\arrayrulecolor[RGB]{#1}\global\arrayrulewidth=#2pt}
## \providecommand{\huxvb}[2]{\color[RGB]{#1}\vrule width #2pt}
## \providecommand{\huxtpad}[1]{\rule{0pt}{#1}}
## \providecommand{\huxbpad}[1]{\rule[-#1]{0pt}{#1}}
##
## \begin{table}[ht]
## \begin{centerbox}
## \begin{threeparttable}
## \setlength{\tabcolsep}{0pt}
## \begin{tabular}{l l l l l l l l l}
##
##
## \hhline{}
## \arrayrulecolor{black}
##
## \multicolumn{1}{!{\huxvb{0, 0, 0}{0}}l!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedright \hspace{6pt} term \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} estimate \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} std.error \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} statistic \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} p.value \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} conf.low \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} conf.high \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} df \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{l!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedright \hspace{6pt} outcome \hspace{6pt}\huxbpad{6pt}} \tabularnewline[-0.5pt]
##
##
## \hhline{}
## \arrayrulecolor{black}
##
## \multicolumn{1}{!{\huxvb{0, 0, 0}{0}}l!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedright \hspace{6pt} (Intercept) \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 29.6\hphantom{0}\hphantom{0}\hphantom{0} \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 1.49\hphantom{0}\hphantom{0}\hphantom{0} \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 19.9\hphantom{0} \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 8.19e-19 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 26.6\hphantom{0}\hphantom{0}\hphantom{0} \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 32.6\hphantom{0}\hphantom{0}\hphantom{0} \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 30 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{l!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedright \hspace{6pt} mpg \hspace{6pt}\huxbpad{6pt}} \tabularnewline[-0.5pt]
##
##
## \hhline{}
## \arrayrulecolor{black}
##
## \multicolumn{1}{!{\huxvb{0, 0, 0}{0}}l!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedright \hspace{6pt} disp \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} -0.0412 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 0.00517 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} -7.97 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 6.74e-09 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} -0.0518 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} -0.0307 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{r!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedleft \hspace{6pt} 30 \hspace{6pt}\huxbpad{6pt}} &
## \multicolumn{1}{l!{\huxvb{0, 0, 0}{0}}}{\huxtpad{6pt + 1em}\raggedright \hspace{6pt} mpg \hspace{6pt}\huxbpad{6pt}} \tabularnewline[-0.5pt]
##
##
## \hhline{}
## \arrayrulecolor{black}
## \end{tabular}
## \end{threeparttable}\par\end{centerbox}
##
## \end{table}
##
## ```